Flexible Architecture What value does flexible architecture add to dwellings? By Aishwarya Bharatkumar
Guide: Prof.I.M.Chishti Co-ordinator: Prof.Dr. Ranjana Mital Prof. Jaya Kumar
Flexible Architecture
Acknowledgements Sincere gratitude for the constant inspiration and supervision by my guide, Prof. I.M.Chishti, Immense appreciation for the direction and drive provided by the studio co-ordinators Prof.Dr.Ranjana Mital and Prof. Jaya Kumar, Ardent respect for Mrs.Amritha Bhallal for her valuable and timely inputs, Warm regards for the eternal courage and faith instilled in me by my parents, Mr.B.N.Bharatkumar and Usha Bharatkumar, my brother, Karthik Bharatkumar and my family, Special thanks for the persistent companionship of all my friends especially Anuj Mittal, Vatsalya Sharma, Shruti Ravi and Anete Thomas, And an earnest acknowledgement of the indelible mark left on this dissertation by all the people who have touched my life.
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Flexible Architecture
Contents A start An introduction to the question.......................................................4 Need for the study
....................................................... 5
Scope of study
....................................................... 6
Limitations
....................................................... 6
Methodology
....................................................... 7
Dwell well What is a dwelling?
....................................................... 8
Types of Dwellings and their user spectrum
..............................9
Dwelling criteria
....................................................... 10
The Dwelling unit today
....................................................... 10
Flexible Architecture What is flexible architecture? ....................................................... 11 Classification
....................................................... 13
Flexible Dwellings Need for flexibility in dwellings....................................................... 16 Evolution of flexible dwellings....................................................... 20 Conclusion What value has flexible architecture added to dwellings? Flexible architecture for the Indian context Bibliography
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...............................52
....................................................... 55
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Flexible Architecture
A start An introduction to the question Change is the new constant. The statement above stands unquestioned and self-explanatory in a dynamic world where in every field of study and work the ultimate goal is to achieve an infinite and instant flexibility. Objects today are “alive” and are able to change from one dimension to another. Torch in radio, Sofa cum bed, computer in a mobile phone are all examples of changing functionalities. Modular kitchens, folding chairs, roll able keypads, bed-in-wall systems are all examples of changing volumes or spaces. This phenomenon can be attributed to the fact that we as people are constantly evolving and adopting new lifestyles. The house or dwelling is a crucial model for exploring new ideas and implementing innovative technology. It is the laboratory, test-tube and petridish of new forms, technologies and living patterns. Also, a dwelling being the primary living space needs to accommodate life cycle changes; increase in family size, aging, change in occupation etc. The dwelling unit can be described aptly as the „second skin‟ we possess as it is this artificial interface that helps us withstand our environment beyond the capacity of the human body. In a world of changing functionalities and changing volumes, this dissertation probes into the utilization of these fluctuating dimensions in the architecture of dwellings to solve problems of space efficiency, material usage and time consumption. Any home should be able to adapt to the life of its inhabitants and in this lies the true value of the dwelling leading to the question “What value does flexible architecture add to dwellings?”
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Flexible Architecture
The following chapters aim at answering the above question with the help of suitable case studies and other data collected from the existing literature available. The study is mostly contemporary and does not feature many historical examples in order to increase its relevance in present time. A global outlook has been provided rather than a region-specific one. However, an evaluation shall be made for the application of systems of flexibility in the Indian context presently and for the projected future.
Need for the study People are dynamic, progressive and adaptive. Our living spaces should be able to adapt to our changing needs, expanding families, tendency to migrate and fast – paced work oriented lifestyles. With globalization and seamless transfer of information across borders becoming a revolution, it is important to recognize the bottlenecks posed by rigid and static architecture in an urban context. Flexible architecture addresses these concerns using a number of innovative design strategies, open planning concepts and modern technologies. Even varying degrees of flexibility provided by say; sliding/folding furniture or the addition of a room to accommodate a new family member or a technology –driven climate responsive morphing form; have an impact on our lifestyle and make dwelling that much more comfortable. Every flexible dwelling is enhanced by a different set of techniques and technology that add a certain value to the space. Value addition may be in the form of use/function or responsive materials or even just as symbolic connotations addressing a problem. It is important to identify these values to understand the nuances of flexible spaces, and determine what „works‟ and what does not in a particular context. The very future of flexible architecture will reflect the conclusions of such an analysis.
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Flexible Architecture
Scope of Study Flexible architecture is a vast subject owing to its early beginnings since nomadic times as well as rapid development in recent years.
The term „flexible‟ can be interpreted in an architectural sense in multiple ways and has been classified by many authorities on the subject. This dissertation follows the terminology and classification as defined in the succeeding chapters to avoid ambiguity.
The term „dwelling‟ is indefinite and infinite. The types of dwellings covered in the study are mentioned in succeeding chapters.
The study is mostly contemporary and does not feature many historical examples in order to increase its relevance for the present and near future.
Case studies and other references have been derived from various countries, built or idealized at different points of time in the past. This dissertation is not specific to any location or region but is only specific to the issue addressed. It is a contemporary study with a global outlook.
Limitations This dissertation was compiled within a specific time frame in accordance to the academic schedule. Thus, it has its limitations in that the study has been conducted from a database that may not be exhaustive. Most part of the dissertation is based upon secondary sources.
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Flexible Architecture
Methodology A rigorous and comprehensive study of all the literature available on flexible architecture was read and understood. Following this, the research question was formulated and relevant case studies were identified.
The research question and hence, this dissertation has been tackled in three portions.
The first portion clarifies the meaning of the term „dwelling‟ and the types of dwellings covered in the dissertation. It gives an overview of the dwelling unit today and the basic criteria that it must fulfil.
The second portion explains the term flexible architecture and classifies various flexibilities under sub-heads.
The third portion deals with flexible architecture in dwellings. It explains in detail the need for flexible spaces in dwellings. It describes the various types of flexibilities and their usage in different contexts to serve different functions. References have been made to several built projects around the world. A few examples have been identifies as case studies and analyzed. Value addition has also been discussed at length under various parameters and has been tabulated for ease of comparison.
Each type of flexibility has been supported by 3-5 case studies ;each selected for a different key feature
Every case study has been chosen as it calls upon the attention of the reader to a particular technique of flexibility under the sub-heads.
The terminal chapters include the conclusions drawn from the case studies and attempt to answer the research question.
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Flexible Architecture
Dwell Well What is a dwelling? “To dwell is to make one‟s abode: to live in, or at, or on or about a place. For some this implies a permanent structure, for others a temporary accommodation, for still others it is where they live, even if there is little evidence of building. All houses are dwellings; but all dwellings are not houses.” (P.Oliver, 1987) The term dwelling is both a verb and a noun. It is the state of being and the means to be. The act of dwelling is innate to all creatures. Creating a sense of place out of a space be it a cave, tent or a condominium and attaching a sentimental value to it through associated memories is to dwell. Through the years, dwelling as a phenomenon has attracted several philosophers, thinkers and architects to write upon the subject and define its scope. Martin Heidegger (1951), a German philosopher argued that it is only when we can dwell that we can build in his book “Building, Dwelling, Thinking”. (Heidegger, 1971) This statement was opposed by Roger Scruton (1994) who insisted that “Only when we can build, only then are we capable of dwelling”. (Scruton, 1983) However, it is Peter King who strikes a balance in his book “In Dwelling” when he states that “Building and dwelling both appear to serve as the purpose for the other. Building is the means of dwelling, it is the active putting down of boundaries, and the action of building makes dwelling significant to us as individuals or as members of a society.” (King, 2008) Humans have been building structures that can withstand the forces of nature and predators since pre-historic times. Dwellings have evolved in form and function with the advent of new technology and science.
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Flexible Architecture
Types of dwellings and their user spectrum They can be classified on the basis of three parameters: -Time –Period of stay in a dwelling can establish its purpose and functioning. A distinction between Hotel and home is intended. Boarding houses, Hotel Apartments, Hostels, Barracks, and Hospital Wards etc also fall under this category. -Typology - The type of materials used in construction determines the form of the dwelling. These may be further classified as Permanent, Semipermanent and Transient structures. The type of dwelling is dependent on climate, culture, economy and resource availability specific to a region/area. Huts, Tepees, Bungalows, Chalets, Housing in concrete and glass etc fall in this category. -Users - Detached, Semi-detached and Multi-unit housing are the three subcategories. Detached single –unit housing is free-standing in a plot of it own. Bungalows, Castles, Cottages, Prefabricated Houses and Tree houses fall into this division. Semi-detached dwellings are those in which two houses are joined in part over a level. Ex: Duplex house Multi-unit housing includes apartment blocks, Hostels, Loft apartments and Housing co-operatives. -Mobile - These are typically homes on wheels like caravans and trailers. They also include house boats, tents etc.
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Flexible Architecture
Dwelling criteria Dwellings of all kinds are in existence today. The variation in form, function, materials and purpose is so vast that the terminology itself has come to mean different things to different people based on their background and life. However, there still remains a common thread that though unrecognizable at a glance, plays across the broad spectrum meaning there are definitely some criteria that typify a dwelling. Use and Function Materials and technology Climate and environment Symbolic or communicative connotations System of flexibility Cost( Location, land value) Based on these factors, a broad spectrum of flexible dwellings have been studied to realize their value for day-day living. For the purpose of this study only, the cost factor has not been taken into consideration.
The Dwelling unit today The term “dwelling� today in an urban context has evolved to mean modernday homes built out of steel, concrete, wood or glass with a certain degree of permanence associated to them. This however does not mean that the other forms of dwelling are redundant but only that they are in dwindling in number. The next chapter in this dissertation covers several case studies categorized into four broad categories. Adaptable Transformable Movable Interactive
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Flexible Architecture
Flexible Architecture What is flexible architecture? “Flexibility is not the exhaustive anticipation of all possible changes. Most changes are unpredictable. Flexibility is the creation of margin - excess capacity that enables different and even opposite interpretations and uses.” -Rem Koolhaas architect When one begins to explore the subject of flexible/morphing architecture, it leads to the fundamental question “what is „flexible‟?” "Nothing is permanent. Everything is in constant flux and change. Through day and night, through summer and winter, year after year, from birth to death, life flows in a timeless cycle-“ (Zuk & Clark, 1970) Since time immemorial, animals have been the sole architects of their own unique habitat that caters to their most intrinsic needs. Every bird, mammal, amphibian or otherwise is born with an innate knowledge of its shelter and how to build it. And this is where we as human beings differ. Our knowledge of shelter and concepts of habitat go beyond the basics and refuse to attain stagnation. We possess the quality of „memory‟ and hence, every space visited ceases to be just a volume and begins to acquire a „place‟ value. Due to this trait, we keep improvising our living conditions and habitat to suit our changing lifestyles. It is because we are consciously memorizing our surroundings that we have concepts of a permanent residence or a family home or even emotional attachment to say a room in a house or a tree in the backyard. In other words, it is memory that facilitates permanence. The word „flexible‟ can be better understood when juxtaposed against something rather than as a definition in solitude. Flexibility as opposed to permanence differs from flexibility as opposed to rigidity and so on. In the former case, we are reminded of tents, emergency disaster housing and
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Flexible Architecture
mobile architecture while the latter talks of open floor plans, movable partitions and kinetic architecture. Flexible architecture has a long and interesting history. Our nomadic beginnings and innate flexibility called for artificial environments that could keep pace with our lifestyle and accommodate our changing needs. To give this typology of architecture a definition, Flexible architecture can be defined as the realm of architecture that allows for change periodically.
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Flexible Architecture
Classification Flexibility in architecture is feasible in an infinite number of ways; in terms of materials and finishes, external facade, interiors, furnishing, partitions, structural members and many such elements. Morphing architecture is a vast area of interest to the architectural community today and has been classified in several ways by different authorities on the subject. For better understanding a hybrid of two different classifications from two independent sources has been followed; -Flexible Architecture by Robert Kronenburg Lawrence King Publishing 1997 (Kronenburg, 1997) -Blogger: Geoff, at www.wordpress.com, http://thewaywelive.wordpress.com/2007/11/15/flexibility-inarchitecture/ (Geoff, 2007)
Interactive These are responsive buildings that can respond to a number of external stimuli, including, but not limited to, energy/environment, interaction, usage, or occupation (case studies: Allianz arena, institute du monde arab).
Figure 1 Interactive Source: http://thewaywelive.wordpress.com/2007/11/15/flexibility-in-architecture/
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Flexible Architecture
Adaptable Adaptable structures features repositionable partitions or are changeable per user/occupant (case studies: Rietveld Schroeder house, japanese housing). What typifies a universally flexible building is its ease of adaptation per use. These buildings are often characterized by open floor plans and typology free design (case studies: S.R. crown hall, Eames house).
Figure 2 Adaptable Source:Self
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Flexible Architecture
Movable Movable flexible buildings consist of relocatable or repositionable structures or buildings capable of being torn down and reassembled in another location (case studies: nomadic tents, airstream trailers).
Figure 3 Movable Source:Self
Transformable Characterized by modular design (capable of adding or removing units or components) transformable structures can also open and close, change form or change color (case studies: plug-in city, university of phoenix stadium).
Figure 4 Transformable Source:Self
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Flexible Architecture
Flexible Dwellings Need for flexibility in dwellings “Buildings that morph are intended to respond to changing situations in their use, operation or location. Morphing architecture adapts, rather than stagnates; transforms, rather than restricts; is motive, rather than static; interacts with its users, rather than inhibits.” (Kronenburg, 1997, pp. 10-1) Flexible architecture can provide efficient solutions to the problems of today and tomorrow where yesterday‟s rigid architecture fails. Imagine a home that travels with you on any business trip or holiday; a meeting room that enlarges/contracts to accommodate the number of people present; or even a tower that bends to offer less resistance to wind forces. Flexible architecture addresses several issues, some of which are categorized below:
Space Efficiency
In a world of „best fits‟, tight fits and „one size fits all‟ ,
flexible architecture plays an important role in defining and re-defining spaces in various permutations and combinations. Starting from open floor plans providing ultimate flexibility to movable partitions in homes to inbuilt furniture that slides, rotates or folds, this kind of architecture responds to practical problems with ease. For example, in Hong Kong, because of acute space shortage, apartments are small and expensive. Gary Chang, an architect, decided to design a 344 sq. ft. apartment to be able to change into 24 different designs, all by just sliding panels and walls. He calls this the "Domestic Transformer." (Homes)
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Flexible Architecture
Mobility
In a world where information is at our fingertips and technology
is omnipresent, our transience in any particular house, apartment, city or even country is accentuated. We are constantly on the move with our jobs, family, lifestyle etc. keeping pace with us. Ironically, one of the most basic constants, our homes are still largely static and immobile. Flexible architecture has started to offer short term solutions like Eduard Bohtlingkâ€&#x;s Markies. This is a trailer which offers all domestic servicing facilities and upon reaching its destination, the walls can fold down to make floors and the new space is enclosed by a membrane like structure which is transparent on the living side and translucent on the sleeping side.
Figure 5 Markies-'awning' in Dutch Source: http://mincasa.com/tag/markies/ Photographer: Roos Aldershoff
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Flexible Architecture
Sustainability In a world where the word „green‟ is gaining momentum and resources are scarce, flexible architecture has the potential to break the vicious cycle between production, utilization and degradation. Sustainable not only encompasses natural and man-made resources but also intangible resources like time as well as financial resources. Flexibility in terms of space usage is in itself a sustainable practice where a built environment can support several activities at different times of the day catering to a varying audience. „Modular‟ buildings and Pre-fabricated homes reduce construction time by nearly twothirds and also cut costs due to mass production and efficient usage of materials. Climatology is also closely linked with sustainable building practices in that a building that can respond to its environment consumes
Figure 6 the stunning interior of the Esplanade Theatre as a result of the external skin. Source:http://biomimeticarchitecture.com/2010/11/28/biomimetic-shading-techniquesof-the-esplanade-theatre/
less energy while remaining uncompromising on the comfort of its occupants. The „skin‟ or external facade of the building being the interface can be manipulated to allow or reject heat gain, control exposure to sunlight and stimulate or curb ventilation. For example, “the Esplanade theatre and commercial district in Singapore by DP Architects and Michael Wilford hosts an elaborate skin inspired by the Durian plant. The external shading system is also responsive in that the triangular louvers adjust during the day to the suns angle and position.” (Mesghali, 2010)
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Flexible Architecture
Inclusivity In a world of cultural, social, gender, age, racial and economic disparities, it is necessary to find an underlying common thread while at the same time preserve our uniqueness. Today, a large portion of the urban population resides in high-rise apartment blocks where the design is ultimately what the builder gives them. The occupants have no or very less say in the design. In the words of Robert Kronenburg, “Consequently, they are built to design principles that establish a lowest common denominatorone size fits all.” (Kronenburg, 1997) Truly inclusive architecture would include all groups of people, whether of different economic strata, religious beliefs, sex, familial and household structure, jobs or professions, disabilities, age, or even sexual preference. In the western context inclusivity has generally come to mean inclusion of the aged and the disabled, while in most of the developing world it implies economic, religious and cultural integration. The idea is not to equalize everyone and bring them to the same socioeconomic level, but rather accept and respect their differences.
•Customs and Traditions, Way of life Culture•Globalization, Consumerism
Gender
Inclusivity •Classes of society
Economic
Inclusivity Age
Physically challenged Family Social •Single/Married/ •Sexual Orientation Status•Casteism, Racism
Figure 7 Inclusivity chart. Source: Self, Source of image in chart: http://designinterdependence.wordpress.com/
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Evolution of Flexible Architecture
Adaptable
This category includes dwellings with -Open plans -Flexible/ Adaptive servicing -Flexibility in spaces with integrated furniture and fixture design -Modular construction -Prefabricated Systems -Incremental Growth Case Studies( table): Next 21 (Japan) O2 –Modular Housing Traditional Japanese House Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Flexible Architecture
Case 1 | Traditional Japanese House S.no
Year
1
1850-1995
Architect
Project
Kazuhiko+Kaoru Traditional Obayashi
Place Japan
Japanese House
Criteria Use & Function
21
ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Features Participation of the user (and lifestyle based): by pulling out futons from a storage cupboard, a room that was used as a dining or sitting room can be transformed into a bedroom. For example; Japanese culture dictates that
people sit upon floor mats for socializing and tea drinking. Therefore the rooms are dimensioned to allow these functions rather than the modernday furniture arrangements. Lightweight walls-sliding partitions, room dimension based on Tatami
System of flexibility
mats( set of these mats i.e. 6 or 8),modular approach to design, indeterminacy of
Materials and Technology
function. Timber frame construction, wood/paper infill panels, no acoustic insulation
Climate and Environment
Not significant
Symbolic Connotations
A direct influence of Japanese culture on architecture, Roof form, Plan layout etc. (Schneider & Till, 2007)
Figure 8 Plan Source: Flexible Housing AP 2007
Figure 9 Interiors Source: Flexible Housing AP, 2007
Flexible Architecture
Case 2 | Next 21 S.no
Year
2
1993
Architect Osaka Gas Co.
Project
Place
Next21-Experimental
Japan
residential complex, Multi-storeyed block
Criteria Use & Function
22
ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Features NEXT21 is an experimental 18-unit housing project Building elements are divided into two groups: Long life elements that provide the communal structure (columns, beams and floors) and Shortlife elements in private areas (partitions, building services and equipment), which can be adjusted without disturbing the overall integrity of the system.
System of flexibility
Wall components are based on a modular system. Units were designed by 13 different architects. Each unit's interior and exterior layout was freely designed within a system of coordinating rules for positioning various elements Services form a separate constructional layer. Wiring and piping for gas, water and electricity are located in raised floors or suspended ceilings.
Materials and Technology
Reinforced Concrete Skeleton, Newly Developed Faรงade System
Climate and environment
Treating everyday waste and drainage onsite within the building using energy efficiently by means including fuel cells Thermal Effect of Greenery -The green areas on the roof, on the terrace on each floor, and on the ground floor of NEXT21 besides creating a comfortable habitat will also eliminate latent heat caused by evaporating moisture.
Symbolic Connotations
Three-Dimensional Street A "3 dimensional street" has been designed as a natural element linked with the Ecological Garden, and as vital common space for allowing communications between dwellers in each of the houses. Each of the dwellers will be able to enjoy the atmosphere of the regular street while maintaining privacy in their different lifestyles.
(Kendall, 2000)
Flexible Architecture
Figure 11 Front facade Source: http://www.openbuilding.org/ob/next21.html
Figure 10 Streets in the air Source: http://www.openbuilding.org/ob/next21.html
Figure 12 Services and Components Source: http://www.open-building.org/ob/next21.html
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Flexible Architecture
Case 3 | O2 Village-Modular Housing S.no 3
Year 2005
Architect Richard Horden in
Project
Place
O2 Village
Munich,
collaboration with Haack + Hopfner
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ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Architekten
Criteria Use & Function
Features This is a micro-compact home (M-CH). Each cube measuring 2.6 metres in each dimension manages to include all the essentials for life, on two levels. Everything is purpose made and fitted in. There is a full height entrance, shower and kitchen area with a fold-down double bed beneath the floor and behind the dining area. An integral sound system and two flat-screen television monitors with broadband connection are also available. The kitchen has a double radiant hob and a microwave oven plus a fridge/freezer. Life in the box is definitely not austere.
System of flexibility
O2 Village is a cluster of six inhabited units plus an experimental one. 150 mm steel tubes are used to create the support frame and facilitate everything from one-off house to a multi-storey complex. For example, a tree village can be built with 30 living cubes surrounding a central lift core and stairs. The services function through a ring of reeds supplying electricity and water.
Materials and Technology
Materials are aluminium, Perspex and epoxy-coated OSB (oriented strand board).
Climate and Environment
Windows incorporate privacy blinds, and lighting consists of LED lowtemperature technology to avoid overheating on summer evenings. The cube is insulated, so that energy use should be low. Photovoltaic panels may be placed on the mast and on the flat roof.
Symbolic Connotations
Not Applicable (Slavid, 2007)
Flexible Architecture
Figure 13 Above: Folding bed clears space for eating, working or relaxing On the left from top ; High-quality finishes, A refuge in the beautiful forest, O2 Village at Munich Source: Micro-Very Small Architecture (2007)
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Figure 15 Model showing the 'Tree Village' 15 metres high Source: Micro-Very Small Architecture (2007)
Figure 14 Plan Source:Micro-Very Small Architecture (2007)
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Flexible Architecture
Case 4 | Kleinwohnung S.no 4
Year 1931
Architect Carl Fieger
Project
Place
Minimal
Germany
Apartments
Criteria Use & Function
ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Features This project was built as a prototype for a minimal apartment at the Berlin building exhibition. The apartment can be transformed from a living/dining/study to a two-bedroom apartment at night.
System of flexibility Materials and Technology Climate and Environment Symbolic Connotations
27
The main mechanism is the folding beds that fold into the wall clearing the floor space for daytime activities. RCC Framed Construction with brick infill
Not significant Not Applicable (Schneider & Till, 2007)
Figure 16 Left: Folding bed mechanism, Right: Plans showing night and day use Source: Flexible Housing AP, 2007
Flexible Architecture
Case 5 | Boklok Housing S.no
Year
1
1850-1995
Architect
Project
Kazuhiko+Kaoru Traditional Obayashi
Place Japan
Japanese House
Criteria Use & Function
28
ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
Features Built in a quality-controlled factory, delivered and assembled in a day. The BoKlok flats have a flexible open-plan layout, high ceilings and large windows, giving the apartments a light, airy and contemporary feel.
System of flexibility
They come with a host of additional features as standard, such as extra height rooms to give a feeling of space, wooden flooring throughout, fitted kitchens and free interior design advice from Ikea, as well as an Ikea furniture voucher.
Materials and Technology
They are constructed using a highly insulated closed panel system developed by Pace Timber Systems, of Milton Keynes, with a range of cladding systems.
Climate and Environment
Not Significant
Symbolic Connotations
Not Significant
(IKEA )
Figure 17 Left: Prefabricated Housing Source: http://www.gizmag.com/go/7108/picture/33980/ Right: Plan Source: www.aquariumsearchengine.com
Flexible Architecture
Case 6 | Schroder Huis S.no 7
Year 1924
Architect
Project
Place
Gerrit Thomas
Client initiated
Netherlands
Rietveld
two-storeyed independent
29
ADAPTABLE Traditional Japanese House Next 21 O2-Modular housing Kleinwohnung (Germany) Boklok Housing (Sweden) Schroder Huis (Netherlands)
house
Criteria Use & Function
Features Involves participation of the user, who is constantly employed to create an enclosure and dissolve it again. During the day, the hinged screens are pushed towards the outer walls of the buildings and either kept in storage cupboards or gathered behind short fin walls. When closed again, the screen in the centre doubles up as a door so that each room can be accessed separately from the hall; two rooms for sleeping and one
System of flexibility Materials and Technology
living/dining room. Light weight screens(hinged) and custom made flexible furniture Highly tuned to a particular set of requirements by the client. Stainless steel and glass used for partitions, Concrete frame structure
Climate and Environment
Not significant
Symbolic Connotations
The design of the Schroder Hius joins the spatial concepts of De Stijl with Mrs. Schroderâ€&#x;s aims to overcome the socio-spatial hierarchy of a normal house whilst maintaining privacy.
Figure 18 Schroder Huis Source: www.architectsandartisans.com
Flexible Architecture
Figure 19 Mechanism of Partitions Source: Flexible Housing AP,2007
The Schroder House is considered to be a one of the most conspicuous modern icon of transformable living. The house as a whole; interiors and exteriors was designed conforming to the bold aesthetics, colour and geometry of the DeStijl movement. The client, Truus Schroder was also Gerrit Rietveld‟s collaborator and lover. She wanted a home for herself and her three kids
Figure 20 Ground Floor Plan (above), First Floor Plan (Below) Source: http://zeospot.com/wpcontent/uploads/2011/02/Rietveld-Schroder-House-sketchfloor-architecture-design.jpg
that would dictate an efficient but special lifestyle. According to Hubert-Jan Henket, Chairman of the Rietveld-Schroder House Foundation, Truus “sought sobriety and ultimate freedom of use, so that she could be independent.” To allow this, Rietveld divided the entire volume by four vertical and two horizontal planes. Each floor plate was divided using a clever system of movable partitions to give one expansive space when folded and four enclosures when opened. The interiors acquire a dynamic character dictated by function. (Henket, 2000)
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Flexible Architecture
However, it is ironic that the freedom that the partitions represent is actually stifled during actual use of the house in the course of time. For example, Catherine Croft, a writer for Architectural Design observes that one would have to make a bathroom by pulling out walls around the bath, which is the antithesis of a relaxing experience. Also, the partitions are such that
Figure 21 Interiors Source: The Transformable House, AD,Vol 70 (2000)
either all are pulled out or all are pushed back. Unlike the conventional plan layout, the convenience of different time schedules for different occupants is not provided for. Every „room‟ must be kept at a certain level of tidiness to accommodate the open flowing space. Another negative aspect of the partition is the unsophisticated and outdated mechanism of control. The switch between open and close is slow and cumbersome. Even today, although the house has been preserved in its authentic environment as a museum, its maintenance costs are high. In the words of Catherine Croft, The Schroder House “...functions perfectly as an iconic building, a symbol both of modernist living and a pioneering art movement.” (Croft, 2000)
Figure 22Interiors-Partitions are open Source: The Transformable House, AD,Vol 70 (2000)
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Flexible Architecture
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Transformable
This category includes dwellings -that can be altered dramatically in terms of architectural environment -capable of movement -capable of physical alteration of structure, skin, internal surface -that are kinetic by machinery or human effort Case Studies( table): Pushbutton House Garden Hut (Spain) Floirac House (France) NASA Bioplex capsule (Germany) Crate House-Packed Dwelling (House in a box)
Flexible Architecture
Case 1 | Pushbutton House S.no
Year
1
2005
Architect Adam Kalkin
Project
Place
Pushbutton House,
USA
ArtBasel Miami Fair
Criteria Use & Function
33
TRANSFORMABLE Pushbutton House (USA) Garden Hut (Spain) Floirac House (France) Crate House NASA Bioplex capsule (Germany)
Features The Pushbutton house is a dynamic re-use of a shipping container. The ordinary looking completely closed container, at the push of a button, opens up hydraulically to reveal the interior. The client for such a house is currently a company that is developing a resort in the Caribbean. As a sales office it is equal to none. The company will take the container, put it on a deserted island, take potential clients by boat, open the house, talk
System of flexibility Materials and Technology
over coffee about the development and then close up the house and leave. Each wall weighs a ton. Four electric motors are used for opening and closing and the valves are controlled by a computer. 6m steel Shipping container
Climate and Environment
Not significant
Symbolic Connotations
out. In his words, “ The Pushbutton House becomes an actor in the
Kalkin compares the house to a blossoming flower, turning space inside relationship between the viewer and the viwed to the point that it can swallow the visitor in its hydraulic jaws (thus disturbing the superior position that people usually enjoy over their living rooms� (Slavid, 2007)
Figure 23 Opening/Closing Source: Micro-Very Small Architecture (2007)
Flexible Architecture
Figure 24 Interior View while closing (above) Plan (side) Open house (below) Source: Micro-Very Small Architecture (2007)
34
Flexible Architecture
Case 2 | Garden Hut S.no
Year
Architect
2
2004
Eightyseven
Project
Place
Garden pavilion
Spain
Architects
Criteria
35
TRANSFORMABLE Pushbutton House (USA) Garden Hut (Spain) Floirac House (France) Crate House NASA Bioplex capsule (Germany)
Features
Use & Function
A building of a modest budget; the Garden Hut serves as a storage shed in the winter and an extra open-air room in the summer for the owner‟s adjacent house.
System of flexibility
The building‟s walls slide and fold back to open it completely to the immediate garden and distant views. The roof is multipitched with triangular laminated glass skylights.
Materials and Technology
Corten steel was chosen for the exterior. It is known as „weathering steel‟ and begins rusting the moment it is exposed to air forming an airproof layer that prevents further corrosion. With time it turns to a bright orange colour which blends with the ripening wheat in the surroundings. The interiors are of durable Brazilian Ipe timber.
Climate and environment
The building changes its function with the seasons and its dialogue with the environs. In the damp winter months, its use as a store is facilitated by the hardwood interiors and its closed-box like structure. In summer, the space changes dynamically allowing the garden to flow freely into the hut.
Symbolic Connotations
The building has an identity of its own. Its fragmented geometry lends a mystic charm to it giving it the character of a sculpture or piece of furniture. (Slavid, 2007)
Figure 25 View from Inside in summer Source: Micro-Very Small Architecture (2007)
Flexible Architecture
Figure 26 Garden Hut Views (Above) Plan (side) Source: Micro-Very Small Architecture (2007)
36
Flexible Architecture
Case 3 | Floirac House S.no
Year
3
1995
Architect Remkoolhas, OMA
Project House for client with specific needs
Place Bordeaux, France
Criteria Use & Function
37
TRANSFORMABLE Pushbutton House (USA) Garden Hut (Spain) Floirac House (France) Crate House NASA Bioplex capsule (Germany)
Features The client of this house was confined to a wheelchair, so instead of providing a conventional lift core, Koolhaas created an elevating room that forms a mobile core, placing the needs of the occupant above all else. The house is comprised of three vertical blocks.
System of flexibility
Ground floor: Adjacent to the parking ramp giving the owner easy access, contains mainly service functions (kitchen, laundry, wine cellar, etc.), each carved from the hillside in cave like spaces. Top floor: The parent's and children's bedrooms in a heavy concrete mass, punctuated by random, circular openings. Living areas are glass enclosed and in-between providing scintillating views. Accessible to all three levels is the lift, furnished as a workspace, located
Materials and Technology
adjacent to a full-height library. Not significant
Climate and environment
Not significant
Symbolic Connotations
part of and changing the experience of the client's home life. It is clear that
The moving platform opens itself up to the rest of the house, becoming Koolhaas designed the spaces of the house around the platform, reversing the typical design process in regards to vertical transport. (Abitare, 2009)
Figure 27 Above: The moving room Source:http://abitare.bg/en/story/house-floirac
Flexible Architecture
Case 4 | Crate House S.no
Year
Architect
4
1991
Alan Wexler
Project „Packed‟ Dwelling
Criteria Use & Function
Place New York
38
TRANSFORMABLE Pushbutton House (USA) Garden Hut (Spain) Floirac House (France) Crate House NASA Bioplex capsule (Germany)
Features The Crate House was designed as a statement on modern living and changing lifestyles. It consists of an empty structure in the form of a white
System of
cube. Each side of the cube has a door opening and a movable crate which
flexibility
can be rolled into the structure independently of one another through the doors. These crates contain all the furniture, utensils and fittings required by a two-person household. Therefore, the cube reduces the conventional „living room‟, „dining‟,
Materials and
„kitchen‟, „bedroom‟ and „bathroom‟ into a deceptively compact box.
Technology
Not available
Climate and
Not Applicable
environment Alan Wexler did not build the Crate house with the intentions of yet Symbolic
another compact dwelling but also as an artistic comment on the way we
Connotations
dwell. For example, when one pushes all four crates into the living structure, the space inside does not allow one to dwell. But if three crates are pushed out and only one crate is in the structure at a time, then this crate can be accessed freely. In the words of Michael Fehr, “What then becomes strikingly obvious is that “the bedroom would only exist when sleeping, the kitchen when eating””. (Fehr, 2001)
Figure 28: The Entertainment shelf and the Kitchen shelf, The Crate House with all shelves pushed out Source Clockwise: feldmangallery.com, peternencini.blogspot.com, tallerhousingesarq.wordpress.com
Flexible Architecture
Case 5 | NASA Bioplex Capsule S.no
Year
5
2000
Architect
Project
Place
Foreign Office
Living
-
Architects
Capsule,Future Homes Exhibition
Criteria Use & Function
39
TRANSFORMABLE Pushbutton House (USA) Garden Hut (Spain) Floirac House (France) Crate House NASA Bioplex capsule (Germany)
Features This is a prototype dwelling for astronauts on NASA‟s planned 2013 mission to Mars. The structure upon landing can transform into a building form of great variety.
System of flexibility
Normally dwellings support activities like eating, sleeping, bathing etc. in conjunction with outer spaces that support recreation, sports, travel and communication. However, the capsule must respond to all these needs. Although it has no windows, it contains its own „outside‟. Inhabitants will choose their own projected picture windows as dial-a-view murals that let the eye travel into the imaginary distance. Bioplex has no straight walls or ceiling per se. Because the inhabitant must be able to reconfigure the shape and content of the house over time, and sometimes within minutes, furniture is temporary and unfolds from the soft walls of the structure.
Materials and technology
A series of concentric ribs unfolds to change the extruded tube into a deformed cylinder that rotates along its length. The ribs can open up further to create larger spaces.The challenge lay in the transportation of the dwelling which has been designed to contract back into a compact cylindrical form.Expanded foams, which are exceptionally lightweight and porous, as well as flame retardant. They can be flexible, semi rigid or rigid. Waterlily foam, which has extremely low consumption and production waste levels, is also recyclable.
Climate and environment
Not Applicable
Symbolic connotations
None (Mark, 2004)
Flexible Architecture
Figure 29 Above clockwise: NASA Bioplex interior, Ribs open and closed, Exterior view, Morphing interior Source: MARK Issue 3-The Domestic Fantastic
40
Flexible Architecture
41
Mobile
This category includes dwellings that are mobile or transported with ease. These may be used in special environments, or as week-end homes, for disaster relief or even as permanent dwellings. Case Studies( table): Mobile Dwelling Unit (USA) Halley VI Antarctica Base Project (USA) La Petit Maison du Weekend (USA)
Flexible Architecture
Case 1 | Mobile Dwelling Unit S.no
Year
1
2002
Architect LOT-EK
Project
Place
ISO shipping
New-York
container dwelling
Criteria Use & Function
42
MOBILE Mobile Dwelling Unit (USA) La Petit Maison du Weekend (USA) Halley VI Antarctica Base Project (USA)
Features An ISO shipping container is converted to a dwelling unit that is expandable in portions. Each portion caters to one live, work or storage function. When travelling, these sub- volumes are pushed in, filling the entire container with inter-locking volumes. And leaving the outside flush
System of flexibility
to allow worldwide standard shipping. The MDU travels with the dweller from place to place. Once it reaches any urban hub, it can be harboured in the MDU harbours located in all major metropolitain areas.
Materials and Technology
The container is a steel ISO standard box. The harbour is a multiple level steel rack measuring 8 feet in width and varying length. All services and the stairs run vertically along corridors parallel to the building. Steel barracks are used as supports.In todayâ€&#x;s throwaway society, it is more profitable to re-use a shipping container than to send it back empty in case of an abundance of containers cause by trade imbalance (more import than export). LOT-EK has utilized this knowledge to the fullest using the mobile dwelling unit concept to the fullest. Now, malls, retail stores etc. are also being built using the same technology.
Figure 30 PUMA Showroom and Mall using MDU Source:www.ecosistemaurbano.org, www.connow.blogspot.com
Climate and environment
The re-use of the steel container is a green practice in itself. However, some studies have revealed that long-term use of these containers may be hazardous to the inhabitants due to emissions.
Symbolic Connotations
The concept of a global citizen is introduced where the dweller and his habitat are both completely mobile. (LOT-EK)
Flexible Architecture
Figure 31 Clockwise: Elevation, 3-D View, Plans, Interiors Source: http://www.lot-ek.com
43
Flexible Architecture
Case 2 | La Petit Maison du Weekend S.no
Year
2
1998
Architect Patkau
Project
Place
Weekend House
Ohio,USA
Architects
Criteria Use & Function
44
MOBILE Mobile Dwelling Unit (USA) La Petit Maison du Weekend (USA) Halley VI Antarctica Base Project (USA)
Features This project was designed as a minimal, sustainable, self-sufficient dwelling and was constructed for the Fabrications Exhibition at the Wexner Centre.
System of flexibility
It consists of a shelter, sleeping loft, kitchen, composting toilet and shower. The house can be towed to any vehicle-accessible site, where it may be opened and ready to use.
Materials and Technology
Made from solid and ply hemlock wood with steel strengtheners at critical
Climate and environment
Water is collected from the roof and photovoltaics are used to generate
Symbolic connotations
joints. electricity for lighting, a high-efficiency refrigerator and a small fan in the toilet. (Kronenburg, 1997, p. 191) None
Figure 32 La Petite Maison du Weekend Source: Flexible, Lawrence King Publishing (2007)
Flexible Architecture
Case 3 | Halley VI Antarctica Base S.no
Year
Architect
Project
Place
3
2005
Hugh Broughton
Halley VI Antarctica
-
Architects/Faber
Base project
45
MOBILE Mobile Dwelling Unit (USA) La Petit Maison du Weekend (USA) Halley VI Antarctica Base Project (USA)
Maunsell LTD.
Criteria Use & Function
Features This research base centre was designed to function upon the Brunt Ice shelf. The shelf itself is not static and the building must withstand temperatures of -30 deg. Celsius and have a minimal impact on the environment.
System of flexibility
The building must allow relocation according to the changing ice conditions. The design is based on a series of separate building modules, founded on skis to allow easy shifting. The largest module is centrally located and contains operations, communications, eating and recreation and a double-height hydroponics space.
Materials and Technology Climate and environment
The modules are lightweight, highly insulated units that sit on legs to avoid snow build up. The combined heat and power source will be used to support heating and airflow, low energy lighting and domestic appliances- this is necessary because of the no. of machines operated in the facility. Low water use and
Symbolic connotations
a bio-digester also help keep the environmental impact low. None (Kronenburg, 1997, pp. 186-7)
Figure 33 Halley VI Antarctica Base Source:www.arkinet.com,www.telegraph.co.uk
46
Flexible Architecture
Interactive
This category includes dwellings that respond to external stimuli like the environment or even the user. These houses are automated and function with the help of high-tech gadgets and sensors. Case Studies( table): Tolvanen Cybertecture House (Denmark) SmartWrap Building, New York (USA) R-128 House, Stuttgart (Germany)
Flexible Architecture
INTERACTIVE
Case 1 | Tolyanen Cybertecture S.no 1
Year
Architect
2002- James Law 4
Project
Place
Tolvanen House
Denmark
Cybertecture
Criteria Use & Function
47
Tolyanen Cybertecture House SmartWrap Building (USA) R-128 House (Germany)
Features Cybertecture is architecture in another form, the creation of living and working spaces which are a harmonious blend of technology, multimedia, intelligent systems and user interactivity. These spaces can be customized and the residents can claim to be the world's most connected community. It even allows a person to select preferred background music. A revolutionary Cybertecture house designed in conjunction with IBM
System of flexibility
which shows a new form of morph able living based on an animatronic house that is able to move and reshape its spaces and functions interactively to the inhabitant's needs. Cybertecture includes a dynamic trolley system of rooms and spaces controlled by a voice recognition/interactive cyber character interface that acts as the virtual
Materials and Technology
butler for the house. Not known
Climate and environment
Not known
Symbolic connotations
Not known (Kronenburg, 1997, pp. 224-5)
Figure 34 Tolvanen Cybertecture house Source: Flexible, Lawrence King Publishing (2007)
Flexible Architecture
Case 2 | SmartWrap Building S.no
Year
Architect
2
2003
INTERACTIVE
Project
Place
KieranTimberlake
SmartWrap
USA
Associates
Building
Criteria Use & Function
48
Tolyanen Cybertecture House SmartWrap Building (USA) R-128 House (Germany)
Features SmartWrap™ represents a new way of thinking about a building envelope. It is a dramatic alternative to how a conventional facade is manufactured, functions and appears.
System of flexibility
It proposes to replace the conventional "bulky" wall with a composite that is 1 millimetre thick that integrates climate control, power, lighting, and information display on a single substrate.
Materials and Technology
Through the deployment of deposition printed organic photovoltaics and organic light-emitting diodes onto thin plastic layers, SmartWrap™ is lightweight, energy-gathering, mass customizable and sustainable. It is applicable to commercial and residential buildings on both large and small scales, and can be mass customized for a range of conditions and desired aesthetic programs, the printed pattern dictated by the needs of the particular project.
Climate and environment
Climate control is implemented by Phase Change Materials (PCM‟s) which are microcapsules embedded into a polyesterresin and then extruded to a film.
Symbolic connotations
None (Kierantimberlake)
Figure 35 SmartWrap Architecture Source:http://specialtyfabricsreview.com/articles/0908_sw1_cellophane.html
Flexible Architecture
INTERACTIVE
Case 3 | R-128 House S.no 3
Year
Architect
1999- Werner Sobek
Project
Place
R-128 House
Germany
2000
Criteria Use & Function
49
Tolyanen Cybertecture House SmartWrap Building (USA) R-128 House (Germany)
Features This house was built as a case study to explore the limits of technology integrated with building systems by the architect for his family. The house is an open plan with no partition walls with all the pipe work and cabling either exposed or behind concealed metal covers. There are no locks or switches; the front door opens by a voice recognition system; lighting, heating and windows are controlled by a touch screen; systems like task lighting and water taps operate by infrared sensors.
System of flexibility
The structure has a modular, bolt-together steel frame with continuous suspended glass walls on all sides of the building. All components can be disassembled for reuse in the same manner or a completely different building design. (Kronenburg, 1997, pp. 222-3)
Materials and Technology
Steel and glass volume
Climate and environment
A heat pump balances seasonal temperature changes. 48 solar panels on the roof generate 6.72 kilowatt of electricity. The house is representative of the technology-driven era we live in.
Symbolic Connotations
Although it features state-of art systems, for many the house would never translate into a home for the lack of the human touch.
Figure 36 R-128 House Source: Flexible,Lawrence King Publishing (2007)
Flexible Architecture
Conclusion
What value has flexible architecture added to dwellings? Flexible architecture has revolutionized dwelling since time immemorial and is the most practical solution to our innate flexibility and constant change in lifestyle. Value addition to dwellings by flexible architecture can not only be seen by tangible qualities like cost, time and reduced effort in dwelling and construction but also in terms of intangible aspects like improved indoor life and healthy living. It caters to the current needs of any present population and promotes principles of sustainability, mass production and increased standard of living in response to the global environmental crisis, over-population of cities and progress in technology respectively (as discussed in the chapter Flexible Dwellings) When compared to other sectors, flexibility in architecture has seen slower progression in lieu of the idea of permanence of the structure embedded in the minds of the people. From temporary shelters, mankind has progressed to a stage where building property is considered a stable investment due to its deep rooted association with the land. However, slowly but surely, mobility is once again an emerging lifestyle for many. Flexibility is subjective and heavily relies on immediate factors like climate, topography, economy, culture and people. For example, what works as a type of flexibility in Japan may be considered an inconvenience to living in India. In the Curtain wall house by Shigeru Ban, a portion of the entire twostoreyed volume has the option of being enclosed by tall curtains only. This is conducive to the climate and culture of people in Japan but would raise serious issues of privacy, safety and personal discomfort in India.
50
Flexible Architecture
Also, flexibility needs to be designed from the level where innate flexibility of a population ceases. In countries like India, currently people are much more flexible than their built environment and they easily adapt to their surroundings. Their concerns need to be addressed in an entirely different light when compared to other places. Adaptable Architecture that is Adaptable in terms of movable partitions, open plans, the room as furniture etc. is slowly shifting from an architect-determined plan to a user-based plan. The onus is on the resident to design his/her own space rather than the architect designing for a singular purpose as seen in the Japanese House (Case Study 1) when compared to Kleinwohnung (Case Study 4). Transformable Transformable architecture has revolutionized the relationship between man and his dwelling. What was previously static and inanimate is now kinetic in tune with the userâ€&#x;s need. This kind of indeterminate architecture also gives the user an upper hand although the movements are pre-determined by the architect. There is constant interaction between the building and the resident giving the structure more than one meaning. Options of time sharing where day and night use differ and maximum utilization of a space become possible. Wexlerâ€&#x;s Crate House (Case Study 4) is a satirical take on the subject of time sharing for every activity while the Garden Hut (Case Study 2) enables seasonal variations in use. Mobile Mobile architecture is probably the oldest known type of flexibility existent since man was still foraging for food. Modular, volumetric, flat-pack, tensile and pneumatic are the primary building construction options within this category. On one hand, mobility is a positive attribute but it also has its shortcomings like re-assembly time and labour, large number of parts, high
51
Flexible Architecture
maintenance for every junction/joint, greater energy consumed by operation in transport etc. Mobile architecture may be easily transportable in the case of tensile structures or temporary disaster homes as compared to the Mobile Dwelling Unit (Case Study 1) depending on the purpose it was designed for. This field of architecture has a lot of potential that may someday overcome all the aforementioned setbacks. Interactive Being the most recent and advanced form of flexibility, the field remains largely unexplored and unconventional. With the rapid technological advancements taking place in all industries, these have yet to find their purpose in architecture. While this form of architecture gives the user ultimate control of his dwelling; every faรงade, glazing, lock and switch is automated; it remains an irony that direct human decision making is highly limited. The balance between human control and machine automated control is yet to be made.
Flexible architecture for the Indian context India has a rich and vibrant history of flexibility in architecture. Time and again, historical examples like the lightweight shamiana extensions, the chairpoy and the houseboats of Kashmir and Kerala have sown the seeds of flexible living. Indians owing to fact that India is a third world country and rising up to its over whelming problems of over-population, climate and growing economy have developed not only the flexibility of dwelling structures but also their own innate flexibility. More often than not, people in the sub-continent adapt to their surroundings as opposed to their surrounding built environment being adaptable.
52
Flexible Architecture
This tendency is understandably seen more amongst the poor and homeless in an urban setting. Strong concepts of culture, religion and tradition coupled with political corruption, security and shortage of resources make designing for this context volatile and complex. The tradition of flexibility in architecture has not developed steadily with the growth of urban and rural agglomerations. It has yet to make its presence, need and utility felt and experienced in the region. Some areas where flexible living may make a huge contribution in the near future are as follows: -
Supply and Demand
There is a widening gap between the growing population and the availability of dwelling units. Mass production of homes enabled by factory produced pre-fabricated units as discussed under Adaptable (pg 22-33) could be an efficient solution. Also, shortage of land in urban centres calls for maximizing space efficiency made possible by customized modular units or pods. -
Cultural and Social variations
India is a culturally and socially diverse country. Every region has its specific tradition and social values. The ancient science of Vaastu Shastra still has a strong influence in many parts of the country. Norms regarding privacy and security of occupants, Indoor/outdoor activities, lifestyle, cooking etc. demand a very different system of domestic planning. Architecture that can adapt and transform may help preserve these cultural practices in a modern world. -
Climate
The length and breadth of India is host to multiple climatic regions and environments. An interactive interface between man and his dwelling is important for sustenance.
53
Flexible Architecture
-
Religious diversity
People in the sub-continent are very religion oriented. There are several religious groups and communities, each having their own holy places of worship. Thus, there are a vast number of pilgrims every year who travel to their place of worship at different times of the year. Mobile temporary housing for this displaced population is needed. -
Defence
The defence housing requirements in India are large owing to the fact that the country features amongst the top 5 nations of the world in terms of number of people employed in this sector. The future of flexible domestic architecture in India is opportune and ripe. It may be the only solution to the deepening problems of housing not just in India but all over the world.
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54
Flexible Architecture
Works Cited
Abitare. (2009). House at Floirac. Abitare .
Croft, C. (2000). The Transformable House-Schroder Huis. AD , 70.
Dwelling. (2011, sept 26). Retrieved nov 7, 2011, from Wikipedia: http://en.wikipedia.org/wiki/Dwelling
ECONOMIC SURVEY OF DELHI, 2.-2. (2001). Retrieved August 5th, 2011, from Delhi Planning: http://delhiplanning.nic.in/Economic%20Survey/Ecosur200102/PDF/chapter14.PDF
Fehr, M. (2001). Structure for Reflection. Retrieved Nov 20, 2011, from aesthetischepraxis: http://www.aesthetischepraxis.de/Texte2/Allan%20Wexler_Structure s%20for%20Reflexion.pdf
Geoff. (2007, November 15th). flexibility in architecture,the way we live. Retrieved August 6th, 2011, from wordpress.com: http://thewaywelive.wordpress.com/2007/11/15/flexibility-inarchitecture/
Heidegger, M. (1971). Building, Dwelling, Thinking. (A. Hofstadter, Trans.) New York: Harper Colophon Books.
Henket, H.-J. (2000). The Schroder House Foundation. Architectural Design , 70.
Homes, W. G. (n.d.). A Tiny Apartment Transforms into 24 Rooms. Retrieved August 14, 2011, from You Tube: http://www.youtube.com/watch?v=Lg9qnWg9kak
IKEA . (n.d.). THE BOKLOK CONCEPT. Retrieved Nov 27, 2011, from BO KLOK: http://www.boklok.com
Kendall, P. D. (2000). NEXT21, Osaka, Japan, 1994. Retrieved Dec 22, 2011, from CIB W104 Open Building Implementation: http://www.open-building.org/ob/next21.html
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Flexible Architecture
Kierantimberlake. (n.d.). SmartWrap™: Building Envelope of the Future. Retrieved Dec 20, 2011, from Kierantimberlake: http://kierantimberlake.com/research/smartwrap_research_1.html
King, P. (2008). In Dwelling: implacability, exclusion and acceptance. Ashgate Publishing, Ltd.
Kronenburg, R. (1997). Flexible. UK: Lawrence King Publishing.
LOT-EK. (n.d.). MDU- Mobile Dwelling Unit. Retrieved Dec 30, 2011, from LOT-EK: http://www.lot-ek.com/
Mark. (2004). Bioplex Foreign Ofice Architects. Mark (3), 9-10.
Mesghali, E. (2010, November 28). Biomimetic Shading Techniques of the Esplanade Theatre. Retrieved August 14, 2011, from BiomimeticArchitecture.com: http://biomimeticarchitecture.com/2010/11/28/biomimetic-shading-techniques-ofthe-esplanade-theatre/
P.Oliver. (1987). Dwellings: the house across the world. University of Texas Press.
Schneider, T., & Till, J. (2007). Flexible Housing. Burlington: Elsevier Inc/Ltd. Scruton, R. (1983). The aesthetic understanding: essays in the philosophy of art and culture. Taylor & Francis.
Slavid, R. (2007). Micro-Very Small Architecture. London: Lawrence King Publishing Ltd.
Terzidis, K. (Spring 2003). Hybrid Form. Design Issues , 19 (2), Pg 76.
The Wescott House Foundation. (n.d.). Retrieved from http://www.westcotthouse.org/prairie_style.html
Zuk, W., & Clark, R. H. (1970). Kinetic Architecture. Van Nostrand Reinhold.
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Flexible Architecture
Bibliography Books and Papers
Bolker, Joan Ed.D (1998). Writing your dissertation in Fifteen minutes a day. Owl Books, Henry Holt & Company, LLC Publishers
Borden, Iain & Ruedi, Katerina (2000). The Dissertation. Architectural Press
Chand, Megha (2000). Interrogating the Indian condition: some problems with the Frameworks of Architect Charles Correa. Published in The Dissertation, LLC Publishers
Chair of Prof. Dr. Josep Lluis Mateo. Global Housing Projects. Architectural Papers Monograph.
Edited by Jennifer Siegal. More Mobile-Portable Architecture for today. Princeton Architectural Press, New York
Kronenburg, Robert (1997). Flexible. UK: Lawrence King Publishing.
Oliver, P. (1987). Dwellings: the house across the world. University of Texas Press. Terzidis, K. (Spring 2003). Hybrid Form. Design Issues , 19 (2), Pg 76.
Knight, Will & Groves, Kursty (2010). I wish I worked there! Wiley Publications, Photography by Edward Denison
Ritter, Axel (2007). Smart Materials. Birkauser-Publisher for Architecture
Moya, Sandra & Asensio, Paco (2006). Small Living. Loft Publications
Pople, Nicholas (2000). Experimental Houses. Watson-Guptill Publications, New York
Global Housing Projects. Monograph- Architectural Papers
Total Housing (2010). Actar, Barcelona
Waschsmann, Konrad. Innovation Architecture. Brookes & Poole
Zuk, W., & Clark, R. H. (1970). Kinetic Architecture.
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Flexible Architecture
Web pages
Butcher, David.R. Shapshifting structures adapt to environment. Retrieved on July 18 , 2011:http://news.thomasnet.com/IMT/archives Dwelling. (2011, sept 26). Retrieved nov 7, 2011, from Wikipedia: http://en.wikipedia.org/wiki/Dwelling
Geoff. (2007, November 15th). flexibility in architecture,the way we live.Retrieved August 6th, 2011, from wordpress.com: http://thewaywelive.wordpress.com/2007/11/15/flexibility-inarchitecture/ Homes, W. G. (n.d.). A Tiny Apartment Transforms into 24 Rooms. Retrieved August 14, 2011, from You Tube: http://www.youtube.com/watch?v=Lg9qnWg9kak
ECONOMIC SURVEY OF DELHI, 2.-2. (2001). Retrieved August 5th, 2011, from Delhi Planning: http://delhiplanning.nic.in/Economic%20Survey/Ecosur200102/PDF/chapter14.PDF
Mesghali, Ehsaan. (2010, November 28). Biomimetic Shading Techniques of the Esplanade Theatre. Retrieved August 14, 2011, from Biomimetic-Architecture.com: http://biomimetic-architecture.com/2010/11/28/biomimeticshading-techniques-of-the-esplanade-theatre/
by Prof. Dr. Stephen KENDALL and Building Futures Institute, B. S. (n.d.). NEXT21, Osaka, Japan, 1994. Retrieved August 13, 2011, from CIB W104 Open Building Implementation: http://www.open-building.org/ob/next21.html
Halse, Antonia (2008, May 19).Green Pix Zero energy wall lights up, Beijing Retrieved August 11, 2011:http://inhabitat.com/greenpix-zeroenergy-media-wall-lights-up-beijing/
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Retrieved July 16, 2011:http://www.modularhomebook.com/book/chapter01.html Retrieved July 16, 2011:http://home.howstuffworks.com/prefabhouse6.htm
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Flexible Architecture
Sadhana, Lakshmi (2006, August 31st). Smart buildings that make smooth moves. Retrieved July 18 , 2011, from Wired magazine http://www.wired.com/science/discoveries/news/2006/08/71680
World's Greenest Homes. (n.d.). A Tiny Apartment Transforms into 24 Rooms.Retrieved August 14, 2011, from You Tube: http://www.youtube.com/watch?v=Lg9qnWg9kak The Wescott House Foundation. (n.d.). Retrieved August 11, 2011, from http://www.westcotthouse.org/prairie_style.html Wikipedia. (n.d.).Retrieved August 11, 2011, from http://en.wikipedia.org/wiki/Prairie_School
Table of Figures Figure 1 Interactive ................................................................................... 13 Figure 2 Adaptable Source:Self .................................................................. 14 Figure 3 Movable Source:Self ..................................................................... 15 Figure 4 Transformable Source:Self ........................................................... 15 Figure 5 Markies-'awning' in Dutch ........................................................... 17 Figure 6 the stunning interior of the Esplanade Theatre as a result of the external skin. ............................................................................................ 18 Figure 7 Inclusivity chart. ......................................................................... 19 Figure 8 Plan Source: Flexible Housing AP 2007 ......................................... 21 Figure 9 Interiors Source: Flexible Housing AP, 2007 .................................. 21 Figure 10 Streets in the air Source: http://www.openbuilding.org/ob/next21.html ...................................................................... 23 Figure 11 Front facade Source: http://www.openbuilding.org/ob/next21.html ...................................................................... 23 Figure 12 Services and Components Source: http://www.openbuilding.org/ob/next21.html ...................................................................... 23 Figure 13 Above: Folding bed clears space for eating, working or relaxing .. 25 Figure 14 Plan Source:Micro-Very Small Architecture (2007) ........................ 26 Figure 15 Model showing the 'Tree Village' 15 metres high......................... 26
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Flexible Architecture
Figure 16 Left: Folding bed mechanism, Right: Plans showing night and day use Source: Flexible Housing AP, 2007 ....................................................... 27 Figure 17 Left:Prefabricated Housing......................................................... 28 Figure 18 Schroder Huis Source: www.architectsandartisans.com ............. 29 Figure 19 Mechanism of Partitions Source: Flexible Housing AP,2007......... 30 Figure 20 Ground Floor Plan (above), First Floor Plan (Below) Source: http://zeospot.com/wp-content/uploads/2011/02/Rietveld-Schroder-Housesketch-floor-architecture-design.jpg ............................................................ 30 Figure 21 Interiors .................................................................................... 31 Figure 22Interiors-Partitions are open ....................................................... 31 Figure 23 Opening/Closing ....................................................................... 31 Figure 24 Interior View while closing (above) ............................................. 31 Figure 25 View from Inside in summer Source: Micro-Very Small Architecture (2007) ....................................................................................................... 31 Figure 26 Garden Hut Views (Above) ......................................................... 31 Figure 27 Above: The moving room ............................................................ 31 Figure 28: The Entertainment shelf and the Kitchen shelf, The Crate House with all shelves pushed out ....................................................................... 31 Figure 29 Above clockwise: NASA Bioplex interior, Ribs open and closed, Exterior view, Morphing interior ................................................................ 31 Figure 30 PUMA Showroom and Mall using MDU Source:www.ecosistemaurbano.org, www.connow.blogspot.com ................. 31 Figure 31 Clockwise:Elevation, 3-D View, Plans, Interiors.......................... 31 Figure 32 La Petite Maison du Weekend .................................................... 31 Figure 33 Halley VI Antarctica Base Source:www.arkinet.com,www.telegraph.co.uk .......................................... 31 Figure 34 Tolvanen Cybertecture house .................................................... 31 Figure 35 SmartWrap Architecture Source:http://specialtyfabricsreview.com/articles/0908_sw1_cellophane.html ................................................................................................................. 31 Figure 36 R-128 House ............................................................................. 31
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