PORTFOLIO HARIS ARISTODEMOU Dipl. NTUA, MA ADDS - LondonMet
Cover _ Theme: The Blind Girl, John Everett Millais, 1856
May - June 2014
Central Cross Project Retail Unit Extension Tottenham Court Road Orms architecture and design London
Fuksas Type Stair
April 2014
Doha Beach House_Project Pearl 2 Storeys & 3 Storeys Stairs
March & White Architecture and Interior Design London
+5.33 m
+2.65 m
+0.17 m
2 Storeys Stair
+10.20 m
+5.33 m
+2.65 m
3 Storeys Stair
+0.17 m
mezzanine level + 5.33 m
ground level + - 0.00 m
March & White Architecture and Interior Design Interior
April 2014
Doha Beach House_Project Pearl Shell - 1st Floor Lobby
March & White Architecture and Interior Design London
March & White Architecture and Interior Design Interior
April 2014
Doha Beach House_Project Pearl Oyster - Ground Floor Library
March & White Architecture and Interior Design London
A.
B.
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D.
Inflation, Rhinoceros 3D, Grasshopper-Kangaroo physics
Rendering of the Prototype, 3D studion Max
September 2013
MA THESIS _ REFLECTIONS An Investigation Into the Skin Scheme and Pneumatic Structures Through Parametric Design MA ADDS London Metropolitan University The CASS School of Architecture
By having as framework the Biomimicry, an applied science that derives inspiration for solutions to human problems through the study of natural designs systems and processes, this investigation analyses the scheme of architectural skin. In addition it concentrates towards the properties that alter an architectural surface into a responsive facade. With the emergence of smart materials, and an elevated interest in utilizing unconventional structural systems and the use of different modes of fabrication, the catalytic parameter of the computational design amplifies this aspect.
This thesis represents an approach of architectural skin systems with a holistic linking of natural mechanisms. The design concept concentrates to the advancement of the inflatable systems, as selforganizational environments. More specifically the purpose of this study is to investigate the effects of the forces that configure the morphological characteristics of an inflatable skin system, by optimizing its reflective properties, with the ultimate goal to convert it into a solar concentrator.
The design approach utilizes procedures via digital simulations and physical models as a connection of all the aspects of a design characteristic of the genetic parallel. The process of the design concept is illustrated through the use of a particular sort of parametric design software known as Grasshopper with some specific plug-ins, Kangaroo and Geco. The project concludes by generating a prototype, by using Fuller’s Dymaxion map, as an integral reinforcing structure in the form of an Inflatable skin with emphasis on the process of fabrication.
URBAN
batteries
REFLECTIONS: An Investigation Into the Skin Scheme and Pneumatic Structures through Parametric Design
Hypothesis: This investigation focuses on the inactive gasholders, gasmeters and metal structures that are interspersed across London; remnants of a bygone age, related to the development and the industrialization of the townscape.
30o
01.
Target curved Surface: The structure of the gasholder
02.
Dividing the surface:
03.
Transformation into Hyperboloid: Rotation of the upper ring by 30 degrees
04.
Subdividing of the Hypebolic surface with planar panels: Adding triangular grid to apply the cushions
100%
95%
85%
90% 80%
70%
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Solar Exposure Analysis - Resizing of the Patterns, Grasshopper - Gego - Ecotect Analysis
75%
solar radiation PV cells receiver’s location
external plastic layer_ transparent
outer layer:
> 112 oC
lnner layer:
(a)
(b)
The diagrams illustrate the two phases of fabrication for the first system’s protype by the use of heat press machine. The first figure (a) shows the forming of the water duct. The diagram (b) shows how the air pillows are shaped. At the points where the mirror coating (aluminum foil) has been set, there is no welding process because of its different melting temperature.
Layers of the cushions
Inflation_1 Time: 06h 00 Solar Exposure: 250 Wh/m2 Pressure Level: 60%
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Summer Solstice / 21st of June Angle of Incidence: 14,82o
Inflation_2 Time: 12h 00 Solar Exposure: 300+ Wh/m2 Pressure Level: 100%
N
Equinox / 21st of March Angle of Incidence: 38,12o
Inflation_3 Time: 18h 00 Solar Exposure: 230+ Wh/m2 Pressure Level: 40%
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Equinox / 21st of September Angle of Incidence: 39,85o
Inflation_4 Time: 22h 00 Solar Exposure: 200+ Wh/m2 Pressure Level: 0%
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21st of October Angle of Incidence: 54,88o
In order to optimise the system with an efficient angle in which the cushions will face towards the sun, for a long period (21st of March – 21st of October). For the rotation of the cushions, the ground level is used as reference, with the angle to be 0 degrees. The slope is defined by the angle between this level and the plane of each cushion.
Buckminster Fuller
DyMaxION
Dynamic Maximum Tension
The application
Exploded Diagram of the prototype, Analysis of layers and components, Perspective View
structural frame
2
d= 5 mm
air cushions
energy
wires
structural frame
sealing patterns
l = 21,5cm
a= 0,5cm
air supplier
90o
o
0o
Air flow: Flexible Duct configuration
Prototype, Dymanxion map, scale 1:10
SKELETON tolerance
MUSCLES kinetic function
SKIN adaptation
SUIT representation
Auditoriums Certain official culture Rhetorical spaces over interactive complexities.
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Eleftheri Varvakio Kontzia s
September 2011
+
Iroon squ
Diploma Thesis:
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Theatrou
0
Asomato ag. Anarg ag. Deme
THE URBAN SPACE From the closed to the public scene
ag. Geor
National Technical University of Athens, School of Architecture,
B
The urban voids represent the character of the composition of the modern cities. The social micro scale activities are the forefront of the public space of city. This design project focuses at the centre of the city of Athens, at Psiri area, analysing the public space as to define those elements that contribute at the continuously changing topology of the modern metropolis. The non-used spaces that are scattered within the urban grid of the city are essentially the parameters with which this work was engaged. These kinds of urban spaces, with an indeterminate identity, can be a catalyst for the revitalization of the townscape. Such spaces can be composed a porous network which it redefines the city typology and stitches the urban fabric by creating organic ties with the users and also by giving a theatrical attribution to the urban landscape.
C A
Keramikos
National Theater
Mirror
ias square os square square
Fillet
Topologies over
uare
Typologies
u square
Decostruction of Theater’s structure
on square giron square etriou square
rgiou square
Vampire
Scene A FIRE STATION abandoned after the earthquake of 1999 B
ATRIUM BLOCK PARKING
C PARKING
Phases spaces (by Jose Alfonso Ballesteros): Phases space is mathematical space constituted by the variables that describe a dynamic systems, each point phases space represents a possible state of the system. The evolution in time of the system is represented by trajectory in phases space. Extend
Tower
Bleachers
theatrou
tower puplic space culture space
National theater central scene Chiller square
section: AA’
spices aromatic plants herb
Evripidou
street
section: BB’
vampire herbal garden urban cultivation
bleachers part of amphitheater the square as a scene Haseki wall Keramikos
section: CC’
Koumoundourou square
Solar Decathlon China 2013: SunBloc House
HelioMet team: London Metropolitan University The CASS School of Architecture GAFA team: School of Architecture & Allied Arts at the Guangzhou Academy of Fine Arts
The house has been designed to address the issues facing sustainable urban development and will be constructed using innovative and lowcost, lightweight EPS foam. It is intended that an organic substitute will be used once one is easily available in the construction market. The house has been designed to adapt to its environment and reclaim unused parts of the city, from disused railways to building rooftops. The lavish green-wall embedded into the exterior envelope of the house not only adds to urban biodiversity and the re-use of grey-water, but also provides an acoustic and thermal buffer, providing insulation during the cold winter and transpiring the heat of the midday summer sun. HelioMet also recently exhibited a portion of its design including a section of the Green-wall, during the world’s biggest event for sustainable design in London, construction and the built environment – EcoBuild 2013. During the event, the team gave a number of presentations educating delegates on the details of the design by presenting a real prototype of the green-wall and raised awareness of the many opportunities presented by clean‐energy products and the innovative developments being made in sustainable construction.
Landscaping Strategy Water Management System: Rain Water Harvesting: Green Walls, Ground Gutters, Water Tank Grey Water Recycling: Water from kitchen sink, shower and wash basin and washing / dishwasher machines. Vertical Planting: The Green Wall: East Elevation of Sunbloc: The Herbal Garden West Elevation of Sunbloc: Local Plants for local wild life; Beehive Integrated Irrigation System: Trickle Irrigation; Rain Water Storage
Ground Planting: Planting Beds: Urban Cultivation; Wild Local Flowers Garden Trickle Irrigation System connected to Water Tank fed by Rain Water and recycled Grey Water when permitted. Aquaponics: Fish Tank Growing Beds: Floats Integrated Water Circuit, connecting Aquaponics system to Sunbloc Water Tank
3D model
The prototype of the SunBloc house, using EPS foam, scale 1:10
Construction workshop at the Guangzhou Academy of Fine Arts (GAFA) in China, January 2013
The Green-wall / The pockets for the plants
The Green-wall / The plants come to cover the external envelope of the House
a
b on West elevation
c
d
on East elevation
e on South elevation
f
g
h
pockets design algorithm, Grasshopper
The prototype of the SunBloc’s green-wall for the Eco-Build exhibition, March 2013
September 2007
+ Reception Magazines Cafe
+ Library Archive
Academic NTUA:
+ Reading Hall Place for Children
Auditorium
=
public passage
Design of Multifunctional Centre Athens
March 2007
Academic NTUA:
Urban Landscape Design, Lycabettus, Athens
Ground _Study of the contours _ pixelate terrain _cubes and their subdivisions _ seemingly random placement _ the condensing of pixels provide stops at selected locations _squares that have connection with the city and the streets _squares separated with roads and green belts _ not predefined ways at the ground level _variety of ways to climb _ labyrinth character Platforms _ metallic structures connect the refugee neighbourhood with the Lygabettus hills ( walking and viewing) _ bridging and connecting the main spots of the area with the squares _ Crossover the major roads _ “wiring� - a network with different kinds of actuations
This project was completed with: Demetres Shammas Petros Koutsolampros
Contour - Pixelate
stabilizer
ground
vert
water
vertical movement platforms
stabilizer
soil
planting
water
movements
Various - Personal
module
EPS DISASTER RELIEF PROTOTYPE The aim is to identify core values to be achieved by the design of the prototype. The size of the prototype is determined by the size of the EPS Panels, Structural Integrity; Maximum Span achieved by EPS Roofing system and the activity. The prototype is constituted of two parts: -Basic Module :6.00 x 6.00 m - Basic Service Pod: 3.00 x 6.00 m