kcinark Center for Industriel Arkitektur
Institut for Arkitekturens Teknologi, Kunstakademiets Arkitektskole Det Kongelige Danske Kunstakademi
Centre of Industrialised Architecture Institut of Architectural Technology, School of Architecture The Royal Danish Academy of Fine Arts
cinark afsæt
cinark background
Dansk arkitektur og byggeindustri har behov
Danish architecture and the Danish building
for at udvikle konkrete strategier for, hvor-
industry need to develop clear strategies in
dan det industrialiserede byggeris arkitek-
order to take advantage of the architectural
toniske potentiale kan nyttiggøres ud fra
potential linked to industrialised production
en bæredygtig optik. Dette med henblik på,
from a perspective that concerns environ-
at Danmark kan indtage en international
mental responsibility. This in order to rank
styrkeposition inden for udvikling af moder-
Denmark in a leading position, when it
ne miljørigtig arkitektur, med afsæt i en
comes to developing contemporary sustain-
design- og videnbaseret byggekomponent-
able architecture based on the design and
industri.
knowledge based building industry.
cinark opgave
cinark task
CINARK udvikler, samler og koordinerer
CINARK develops, accumulates and co-
forsknings- og undervisningsaktiviteter, som
ordinates research and education activities
angår den industrielle arkitekturs tilblivelse
concerning the production of industrial
med fokus på bæredygtige løsninger.
architecture from a sustainable point of
Centret har således til opgave at indkredse,
view. As a central activity - the centre out-
formulere og revidere de særlige begreber,
lines and revises those specific concepts,
væsenstræk, metoder, processer og produk-
characteristics, methodologies, processes
ter, som kendetegner en bæredygtig indu-
and products that define the field of sustain-
striel arkitektur. Hensigten er at belyse
able Industrial Architecture. The object is
såvel grundlæggende som aktuelle, problem-
to clarify essential, as well as present-day
stillinger og udviklingspotentialer. Centret
problems and potentials. The centre aims
satser på et tæt samarbejde med bygge-
at close collaborations with the building
≠industri og byggeerhverv.
industry and related businesses.
cinark Målsætning
cinark object
Gennem øgede forsknings- og undervisnings-
Through increased research and teaching
aktiviteter vil CINARK styrke skolens, uddan-
it is CINARK’s aim to strengthen the school,
nelsens og fagets forståelse for og udnyttel-
the architectural education and the archi-
se af det arkitektoniske potentiale, der ligger
tectural profession when it comes to the
i industrialiseret byggeri og i en design- og
use and understanding of the architectural
videnbaseret byggekomponentindustri.
potential in the industrialised building indu-
Et fokuspunkt er at udvikle byggeriet mod
stry. The question at stake is how to devel-
miljømæssigt mere ansvarlige løsninger.
op the building industry towards advanced
Det er endvidere hensigten at samle og for-
sustainable solutions. These efforts include
midle aktuel viden på området og styrke
a new organisation of the building industry;
dialogen mellem arkitekter, producenter
new processes of manufacturing as well as
(industri og udførende parter) samt brugere
new design of building components. The
(bygherrer og slutbrugere) af bæredygtig
centre strives to build up and communicate
industriel arkitektur.
current knowledge in order to improve the dialogue between architects, manufacturers
Forskning og undervisning fokuserer på
and users of sustainable industrial architec-
følgende temaer:
ture.
• Arkitektonisk udvikling af de enkelte bygningsdele såvel som det samlede byggeri
Research and education focuses on the
gennem højindustrielle metoder og nye
following themes:
materialer.
• Architectural development of buildings
• Arkitektens rolle i byggeriets nye proces-, organisations- og samarbejdsformer. • Arkitektfagligt fokus på kvantitative,
and building parts through highly industrialised methods and materials. • The changing role of the architect in new
kvalitative og miljømæssige fordele ved
building processes, business organisa-
byggeindustriens; styrede og optimerede
tions and co-operational set-ups.
processer, serieproduktion, nye leveranceformer og øget kundetilpasning.
• Focus on quantitative as well as qualitative potentials in mass production, new ways of delivery and increased attention to customer needs and expectations.
c
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
CONTENTS – February 2012 WORK IN PROGRESS Research projects •
AUTARKI 1:1
•
The Tectonics of Brick – towards a sustainable brickwork practice
•
Adaptable Futures
PhD-projects •
Architectural Potentials for Fabric Formwork
•
Sustainable Integrated Product Deliveries in Renovation and New Building Construction
•
Architectonic Possibilities in Robot Fabricated Formwork for Concrete Building
•
Tectonics of Adaptability
Other projects •
TEK5 (Master level course)
•
Architecture: Practice, Method and Management (Research cluster)
•
SYSBYG (Research network)
COMPLETED WORKS (selected) PUBLICATIONS Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Research Project AUTARKI 1 : 1 Jesper Nielsen, Associate Professor, M. Arch; Daniel Reinert, MSc. Eng.; Finn Ørstrup, Associate Professor, M.Arch, Svend Jacobsen, Associate Professor, MSc. Eng; Rikke-Julie Schaumburg-Müller, Assistant Researcher, M.Arch, and Nina Belokonskaia, Stud. Arch Contact: finn.orstrup@kadk.dk AUTARKI is a 1:1 experiment with cross-laminated wood panels (gluelam) where improvement of contemporary construction methods for the material is investigated. Building with gluelam is a relatively new construction method but the material holds notable potentials for use in low energy construction due to the simple construction process, very high isolations values, and fewer thermal bridges. With this project our objective is to develop and test a new construction method, which reduces the various types of materials, where the amount of used material is optimised and where climate technical potentials are better utilised. We will investigate the possibilities of creating a comfortable indoor climate without any external energy input, but with solar heating and natural ventilation. The erection of a 1:1 experiment, a small single space unit for temporary use, will furthermore give us the opportunity of looking at the optimisation of the process, in the planning phase as well as in the construction phase, and study the architectonical potentials of the material. The pavilion will be built and monitored in 2012 The project will be conducted with support from Carl Bro fonden, Rationel, Infra, Moelven, Icopal, Bosch, NKT, Dansk Støbe Asfalt, KTS Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Research Project THE TECTONICS OF THE BRICK Thomas Bo Jensen, Associate Professor, Architect, PhD Contact: thomas.jensen@kadk.dk Due to a misfit between on the one hand today’s building techniques and norms and on the other hand the inherent nature and potentials of the brick and the brickwork, Danish brickwork is currently in a state of architectural crisis. The thesis of the project is that today’s and a future strong need for a sustainable building practise, calls for a rethinking of today’s brickwork practise. Through drawings and full scale mock-up experiments, the project aims at pointing out possible technical solutions and methods, that can reactivate forgotten qualities of brickwork like thermal mass, transportation of humidity, and dynamic expression of the façade while engaging today’s demands. The project is a part of the research project “Toward a Tectonic Sustainable Building Practice” and is furthermore carried out in collaboration with architect PhD Mette Jerl Jensen whose dissertation ‘revitalization of the masonry wall’, completed in CINARK, deals with the same problem area. The project will be finished by spring 2013 and will be supplemented with ideation and development through involvement of students through courses.
Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Research collaboration ADAPTABLE FUTURES Kasper Sánchez Vibæk, Associate Professor, Architect, PhD., BA in Sociology Contact: kasper.vibaek@kadk.dk For several years a research group at Loughborough University, UK, has worked with the research project ‘Adaptable Futures’. The project investigates how buildings can be designed in order to accommodate change over time. This adaptability is broadly defines through concepts like: adjustable, versatile, refitable, convertible, scalable, and/or movable. The project has lead to the development of a so-called toolkit with a range of different methodological and assessment tools that can be used separately or together in order to better understand and pro-actively improve the adaptability of new buildings over time even before they are put into their first use. CINARK participates in a phase of the project where the toolbox content is tested and challenged through a practical application in the work processes and specific projects of a range of architectural offices and contractors. CINARK contributes to the qualification of some of the tools in relation to own theoretical models and tools. From Denmark, the architectural office Vandkunsten participates as industrial partner.
Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Industrial PhD ARCHITECTURAL POTENTIALS FOR FABRIC FORMWORK Anne-Mette Manelius, Industrial PhD Student, M. Arch. Contact: anne-mette.manelius@kadk.dk Woven textiles can be used as a flexible, strong, lightweight and affordable alternative to conventional methods of casting concrete. The method shows great perspectives regarding design and production of concrete structures. The aim of the programme is to develop new fabric formwork technologies and methods as an alternative to conventional concrete formwork. The research question goes: When combining advanced technologies within textiles and concrete in an industrialised, buildable context, how can architectural perspectives regarding structure, form and surface be met? Several perspectives have not yet been investigated fully – this in regard to architectural form, tactility, optimisation of materials used, production methods and possible connection to existing practice and form systems etc. Industrial partners: E. Pihl & Søn og Schmidt Hammer Lassen Architects.
Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
PhD Project SUSTAINABLE INTEGRATED PRODUCT DELIVERIES IN RENOVATION AND NEW BUILDING CONSTRUCTION Jan Schipull, PhD Student, Dipl.-Ing. Arch. Contact: jan.kauschen@kadk.dk Architects and the building industry both face great challenges in the near future: new laws require buildings with greater energy-efficiency and higher conservation of resources. Specifically, sustainable renovation projects have potential for reducing the energy consumption of the existing building-mass. The aim is to investigate possibilities to use sustainable integrated product deliveries in renovation projects. Projects at various scales will inform the research in order to evaluate the implementation of integrated product deliveries, and how they may be qualified as “sustainable”. In that respect an in-depth look of the term “architectural sustainability” will be of specific interest. The project will also question whether specific architectural concepts or building types have proven more flexible than others in tolerating or encouraging renovation? How effectively and to what extent may integrated product deliveries be used in a given project? How can future buildings be designed, built, and managed to allow less complicated, more efficient and especially more sustainable future renovation projects? The PhDproject is carried-out in close collaboration with JJW arkitekter and the research network SYSBYG.
Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Industrial PhD Project ARCHITECTONIC POSSIBILITIES IN ROBOT FABRICATED FORMWORK FOR CONCRETE BUILDING Johannes Portielje Rauff Greisen, Industrial PhD Student, M. Arch Contact: jrg@teknologisk.dk The scope is that the form potentials of self-compacting concrete are not being fully utilized today and there is a gap between the architect’s visions and the contemporary fabrication techniques. The hypotheses are that robot fabricated formwork will: Present new architectonic possibilities by release of hitherto unseen aesthetic and functional form potentials for self-compacting concrete, produce unique concrete building more sustainable than traditional building industry and reduce the gap between the architectural vision and the realized building. The goal is making the industrial robot feasible for concrete building, including neo-industrial fabrication of both formwork for concrete elements and for in-situ casting. Formwork for individually shaped, visible concrete surfaces with varying relief and complex geometry will be explored. Throughout experiments and development of a catalogue-of-terms, the architectural relevance of the industrial robot in connection to concrete is assessed.
Dansk version pĂĽ modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Industrial PhD project TECTONICS OF ADAPTABILITY Søren Nielsen, Industrial PhD Student, M. Arch., MD Contact: soren.nielsen@kadk.dk Longevity of buildings and components are dependent on their ability to adapt to future change in functional needs. Thus, adaptability constitutes a significant instrument in a resource saving building practise. This industrial PhD study investigates how designing for adaptability generates specific architectural motifs. Adaptable design includes spatial strategies aiming at versatility and convertibility, and technical strategies to ensure adjustability and deconstruction without damaging of components. By implementing theoretical guidelines in practical building schemes based on industrial principles along with traditional case-studies, the resulting architectural potential is mapped in a systematic way. The research aim is to provide a platform for architectural utilization of adaptability strategies related to volume composition as well as to assembly details. The latter actualizes in particular the notion of tectonics – architectural expression through construction. Industrial partner: Tegnestuen Vandkunsten
Dansk version pĂĽ modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Master level course TEK 5 Katrine Lotz, Associate Professor (responsible), Architect, PhD; Kasper Sánchez Vibæk, Associate Professor, Architect, PhD., BA in Sociology; Ulrik Stylsvig Madsen, Assistant Professor, PhD a.o. Contact: katrine.lotz@kadk.dk The two part mandatory course introduces to central notions on the logistics, planning and production of architecture through lectures and exercises. The first part of the course is general whereas the second part is arranged as specific electives covering different areas of specialisation (e.g. light, structures, processes, BIM and sustainability) through which the general learning goals of the course are addressed. Course elements are: a) knowledge of conditions for construction i.e. parties/organization and contracting/project structure/legislation, b) methods and theoretical tools for case study and technology analysis, c) different strategic approaches for innovative design, and d) the concept of BIM and the digital models’ implications for cooperation/logistics/information exchange in construction. The course should enhance the students’ ability to identify the context and the processes, in which an architectural project is produced and should potentially enhance the consistency between result and the underlying vision of the design and use. Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Research Cluster ARCHITECTURE: PRACTICE, METHOD AND MANAGEMENT Katrine Lotz, Associate Professor, Architect, PhD Contact: katrine.lotz@kadk.dk The cluster aims at contributing to the continuation and furthering of the close relationship between the architectural profession and its educational institutions. The cluster has participation from all of the school’s four research institutes and three study-departments, and it includes both researchers and practising architects. Cluster participants and the cluster’s reference-group will identify current and relevant issues within its field. Examples might include ‘New players in construction’, ‘The architect as a leader in construction’, ‘The architect as process facilitator’, ‘The phase-division’, ‘New forms of Architectural Competition’, ‘New methods and forms of cooperation as a result of BIM’ The problems are processed and formulated so that they can be pursued through a subsequent research at KA. A number of international researchers who holds experience in the use of ethnographic-based field studies in combination with action research in relation to research into the architectural professional practice will participate in the cluster’s work in order to clarify the possible and relevant research designs. In addition, the cluster contributes to KA being more active and visible in the continuing discussions of the practice of the architectural profession and the central processes that they are enacted in. The cluster should seek external funding to continue its work after 2012. Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
Research network SYSBYG Kasper Sánchez Vibæk, Associate Professor, Architect, PhD., BA in Sociology, Anne Beim, Professor, Architect, Ph.D.; Jan Schipull, Ph.D.-Student, Dipl.-Ing. Arch. Contact: kasper.vibaek@kadk.dk Research network and collaboration between KADK, Aarhus School of Architecture and DTU concerning the development and use of integrated product deliveries in construction. Through five PhD-projects the collaboration furthermore directly includes specific industrial partners (co-financed and industrial PhDs) The purpose of the network is to develop and disseminate new knowledge about neo-industrialised architecture and construction in Denmark through focus on the development of integrated product deliveries. The intention is to involve and test the newest technology regarding its capacity to support design, sustainability, and new forms of production and organisation – both concerning architecture, production and business models. The network approaches integrated product deliveries in a broad sense including the development of theories, methods, and specific projects or pro ducts from subsystems over spatial systems to entire building systems. This happens both on a conceptual level and on a specific development level. The purpose is carried out in close collaboration between the involved parties in order to take advantage of the synergy arising from the different professional backgrounds thus drawing a broad professional world view. The research network is co-financed by Realdania. Dansk version på modsat side
CINARK
Centre for Industrialised Architecture The Royal Danish Academy of Fine Arts Schools of Architecture, Design and Conservation, School of Architecture
COMPLETED WORKS (selected) •
Architecture between Sustainability and New Industrialisation (research)
•
System Design, Integrated products and Concepts in Industrialised Architecture (PhD)
•
Revitalization of the Brick Wall (PhD)
•
Reworking Architecture (Conference)
•
Architectural Quality, User Requirements and Mass Customisation in industrial Building Systems (research)
•
Automated Building Construction (report)
•
Robust Architecture (PhD)
•
MIA- Master Degree in Industrialised Architecture (degree) - cancelled
•
Architecture and Mass Customization (report)
•
Architectural Perspectives in the use of Block Masonry (PhD)
•
Masonry of the future (report)
Dansk version på modsat side
CINARK
Center for Industriel Arkitektur Det Kongelige Danske Kunstakademis Skoler for Arkitektur, Design og Konservering - Arkitektskolen
PUBLIKATIONER / PUBLICATIONS CINARKFORSKNING / CINARKRESEARCH •
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• • •
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At bygge med øje for fremtiden – Visioner i det industrialiserede boligbyggeri 1970-2011 (Building with the Future in Mind –visions in industrialised dwelling construction 1970-2011). Forskningspublikation / Research publication. Marts/March 2012 System Structures in Architecture – constituent elements of a contemporary industrialised architecture. Ph.d.-afhandling / PhD-dissertation. Januar/January 2012 Revitalisering af teglmuren (Revitalization of the Brick Wall). Ph.d.afhandling / PhD-dissertation. November/November 2011 Three Ways of Assembling a House. Forskningspublikation / Research publication. Juni/June 2010 Robust arkitektur - arkitekturen som en aktiv del af organisationens identitets-skabelsesproces (Robust Architecture - architecture as an active part of the process of creating identity of organisations). Ph.d.afhandling / PhD-dissertation. Januar/January 2009 Blokmur/Murblok – det beklædte blokmurværks enkle natur og arkitektoniske potentiale (Block Wall / Wall Block – the architectural potential and simple nature of cladded block masonry). Ph.d.-afhandling / PhDdissertation. Juni/June 2008 Arkitektonisk kvalitet & industrielle byggesystemer. (Architectural Quality & Industrial Building Systems). Forskningspublikation / Research publication. Maj/May 2007 Kvalitetsmål i den arkitektoniske designproces - med fokus på industrialiseret byggeri. (Goals and Strategies in the Process of Architectural Design – with focus on industrialised construction). April/April 2006 Fortsætter på modsat side (Continues on reverse page)
CINARK
Center for Industriel Arkitektur Det Kongelige Danske Kunstakademis Skoler for Arkitektur, Design og Konservering - Arkitektskolen
CINARKOVERBLIK / CINARKOVERVIEW •
Automatiseret Bygningskonstruktion - Hvordan man printer et hus (Automated Building Construction - how to print a house). Udredning / report. Maj/May 2009
•
MUR STEN -forudsætninger, problemer, muligheder (BRICKWORK - conditions, problems, opportunities). Udredning / report. Oktober/October 2008
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Flydende sten - betons arkitektoniske potentialer (Liquid stone - architectural perspectives in the use of concrete). Udredning / report. September/September 2007
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Arkitektur & Mass customization (Architecture & Mass Customization). Udredning / report. Maj/May 2007
CINARKFOKUS / CINARKFOCUS •
Brugerinddragelse (User Involvement). Konferencepublikation / conference publication. September/September 2006
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Industrialiseret arkitektur – økonomi, proces, produkt/værk (Industrialised Architecture – economy, process, product/work). Konferencepublikation / conference publication. December/December 2005
Starter på modsat side (Starts on reverse page)
cinarkc cinark – Center for Industriel Arkitektur Kunstakademiets Arkitektskole Philip de Langes Allé 10 DK-1435 København K T 3268 6000, F 3268 6236 cinark – Centre of Industrialised Architecture The Royal Danish Academy of Fine Arts School of Architecture Philip de Langes Allé 10 DK-1435 Copenhagen K, Denmark T +45 3268 6000, F +45 3268 6236 www.cinark.dk cinark@karch.dk