Document 6607532

Concept of CRCC Tower
2014, JAL&Partners, Zhuhai, China
Concept and Schematic Design of CRCC Tower
2014, JAL&Partners, Zhuhai, China
First Solution Marriot Hotel
2014, JAL&Partners, Shentou, China
Second Solution Marriott Hotel
2014, JAL&Partners, Shentou, China
Masterplan Views of Glory Shenyang
2014, JAL&Partners, Shenyang, China
Residential and Landmark tower of Glory Shenyang
2014, JAL&Partners, Shenyang, China
AQUAPONICS
CRADLE TO CRADLE
SMART HARBOR AS THE APPLICATION OF THE
CRADLE TO CRADLE PRINCIPLE
PRODUCE & ASSEMBLE
THE
RECY
C
HARB LE
OR
BIOSPHERE
DECOMPOSITION
TECHNOSPHERE
RECYCLING
PRODUCT LIFE
ORGANIC MATERIALS + METAL
CONSUMER
PRODUCTION
MANUFACTURE
CRADLE
TO
CRADLE
REUSE
CRITERIA TO
CLEAN ENERGY
100%R E N E WA B L E E N E R G Y U S E WAT E R S T E WA R D S H I P
PRODUCTS
C L E A N WAT E R O U T P U T
S O C I A L R E S P O N S A B I L I T Y & P O S I T I V E I M PAC T O N CO M M U N I T Y
M AT E R I A L R E U T I L I Z AT I O N R E C YC L A B I L I T Y / C O M P O S TA B I L I T Y
GREENHOUSES
TRANSFORMATION
METAL CYCLE
ORGANIC CYCLE
R E T H I N K T H E WAY W E M A K E T H I N G S
RESTAURANT
FISH
VEGETABLES
AQUAPONICS
NUTRIENTS
M AT E R I A L H E A LT H I M PA C T O N H U M A N & E N V I R O N M E N TA L
CRADLE
JOBS
TO
CRADLE
DISTRESSED NEIGHBORHOOD
SH
90%
ACHIEVEMENTS
IN AN ECONOMICALLY
CO2
AQUAPONICS FOOD PRODUCTION FUN FACTS AND FIGURES
DISASSEMBLY
DECOMPOSITION
LESS WATER
FOOD IN A FOOD DESERT
REUSE OF VACANT FACTORIES
CROPS USE
90% LESS
WATER THAN THE SAME
1/4
BEER
KOMBUCHA
BREWERY
4 TIMES
SEAWEEDS
OF A 60K
THE AMOUNT OF CROPS IN
GT VESSEL
DISMANTLING
IS
AREAS
MADE
OF STEEL
SHIPBREAKING
BEACHES
8X
CREATE
TRADITIONAL FARMING
R E C YC L A B E
M AT E R I A L S
FROM A 60K TONS
VESSEL
WASTE
NEW GENERATION'S FREIGHTS ARE DESIGNED FOR
FUTURE SAFE AND SOUND RECYCLING. DEVELOPED
WITH A CRADLE-TO-CRADLE PASSPORT
COPPER
WHERE THEY ARE LOCATED, AND
98%
TAR T
DEAP O
R
G
N2
KI0 1
ENA 2
R
O
PBD
HI E
MATERIALS USED TO BUILD THE VESSEL,
HOW THEY CAN BE CORRECTLY
DISASSEMBLED AND
RECYCLED
S
S
TRANSFORM, REUSE, RECYCLE
PRODUCE, CONSUME, NO WASTE
FUTURE MULTIPURPOSE AREA BASED ON THE CRADLE TO CRADLE PRINCIPLE, MIXED PRIVATE
OLD FACTORIES BECOME GREEN AND SAFE SHIPBREAKING SITES TO RECYCLE THE PRECIOUS METALS OF
T OP FLAGS OF CONVENIENCE COUNTRIES
TOP DESTINATION
ALL END-OF-LIFE SHIPS
GREENHOUSES
AND AQUAPONICS PRODUCE FOOD WITHOUT
ANYFORWASTE
, IT IS SOLD IN
167 CONNECTING DIFFERENT
488THE CITY
GREECE THE AREA
INDIAPARTS OF
A BIG AND GREEN PATH COVERS
AND PUBLIC USE.
MEDIUM-SMALL SHIPS WITHOUT DISMANTLING IN CONVENIENCE COUNTRIES
LIBERIA AND36
RESTAURANTS
MARKETS, ONLY GREEN POWER IS USED
CHINA
205
HINA
MAKING THE SITE ALIVE ANDUK
DYNAMIC30
, AND CREATING SPACE FORCTURKEY
FUNCTIONS
151
27
ITALY
DISMISSED SHIPBUILDING SITE
TRANSFORM, REUSE, RECYCLE
DISMISSED SHIPBUILDING SITE
PANAMA
42
PRODUCE, CONSUME, NO WASTE
KITTS-NEVIS
MALTA
COMOROS
22
14
13
SOUTH ASIA
17%
MIDDLE EAST 12%
EUROPE
2%
CONNECT, COVER, MOVE
TOP
60.000GT
B
EUROPEAN GLOBAL DUMPERS
GERMANY
68%
CONNECT, COVER, MOVE
SWITZERLAND
NORWAY
CYPRUS
BULGARIA
A
TOP DESTINATION FOR ALL END-OF-LIFE SHIPS
48
BANGLADESH
229
24
23
13
8
PAKISTAN
EUROPE
BAHRAIN
MEXICO
121
25
6
4
FUTURE MULTIPURPOSE AREA BASED ON THE CRADLE TO CRADLE PRINCIPLE, MIXED PRIVATE
OLD FACTORIES BECOME GREEN AND SAFE SHIPBREAKING SITES TO RECYCLE THE PRECIOUS METALS OF
GREENHOUSES AND AQUAPONICS PRODUCE FOOD WITHOUT ANY WASTE, IT IS SOLD IN
A BIG AND GREEN PATH COVERS THE AREA CONNECTING DIFFERENT PARTS OF THE CITY
AND PUBLIC USE.
MEDIUM-SMALL SHIPS WITHOUT DISMANTLING IN CONVENIENCE COUNTRIES
RESTAURANTS AND MARKETS, ONLY GREEN POWER IS USED
MAKING THE SITE ALIVE AND DYNAMIC, AND CREATING SPACE FOR FUNCTIONS
TRANSFORM, REUSE, RECYCLE
PRODUCE, CONSUME, NO WASTE
ULTIPURPOSE AREA BASED ON THE CRADLE TO CRADLE PRINCIPLE, MIXED PRIVATE
OLD FACTORIES BECOME GREEN AND SAFE SHIPBREAKING SITES TO RECYCLE THE PRECIOUS METALS OF
GREENHOUSES AND AQUAPONICS PRODUCE FOOD WITHOUT ANY WASTE, IT IS SOLD IN
A BIG AND GREEN PATH COVERS THE AREA CONNECTING DIFFERENT PARTS OF THE CITY
C USE.
MEDIUM-SMALL SHIPS WITHOUT DISMANTLING IN CONVENIENCE COUNTRIES
RESTAURANTS AND MARKETS, ONLY GREEN POWER IS USED
MAKING THE SITE ALIVE AND DYNAMIC, AND CREATING SPACE FOR FUNCTIONS
SED SHIPBUILDING SITE
CRADLE TO CRADLE
Smart Harbour Proposal
2013, FiveCore, Pesaro, Italy
BIOSPHERE
DECOMPOSITION
PRODUCE & ASSEMBLE
PRODUCT LIFE
TECHNOSPHERE
RECYCLING
CONSUMER
ORGANIC MATERIALS + METAL
MANUFACTURE
CONNECT, COVER, MOVE
AQUAPONICS
ZERO WASTE
PRODUCTION
OF
BREWERY
SPENT BARLEY
WASTE
WHICH WILL LIST AND DESCRIBE THE
STEEL
AEROBIC DIGESTER
FERTILIZER
WASTE
1%
9%
185.00
FISH
CLEAN H2O
OF THE SPACE THE SAME SPACE OF
A 60.000 TONS VESSEL HAS ENOUGH STEEL TO
REBUILD
ALGAE
O2
A RESOURCE, NOT A PROBLEM
98%
SPENT GRAIN
AMMONIA
CROPS IN TRADITINAL
YOU CAN PLANT
BIO GAS
FISH WASTE
NITRITES
CO2
FARMING
PBREAKING
SHIP
OF
FOOD
COLLECT & DISASSEMBLE
5
ZERO WASTE
General Views of the Guosen Securities Tower
2012, FUKSAS, Shenzhen, China
Concept Table of Exagon: A Shelter for Emergency
2012, FiveCore, Selinunte, Italy
Threehouse Resort
August 2011, FiveCore, Fiji Islands
Solution for a Prefab Residential Building: Interior and Exterior
2011, FiveCore, Bologna, Italy
Winding Ridges: Art Museaum for the City of Bologna
2011, FiveCore+, Bologna, Italy
Isocurves deformation
2.1
“So with our understanding of the cyborg moving away from bodily appendages of industrial technologies to a new perception of what a cyborg is, one that sees technologies evolution with humanity, where the way we interact with technologies isn’t only through their depth within the body, but rather the ubiquitous connections between tools and neural functions, where offloading processes onto these non-biological props becomes essential to our being human.”
01
02
Vertical movement
Rotation
03
05
04
Progressive Rotation
01 02 03 on two isocurves
Second iteration
Second
iteration
Ridge
addiction
The result of two or more
isocurves’ deformation
The result of two or more
isocurves’ deformation
[http://archimorph.wordpress.com]
Position [0 to 1]
Length [m]
High [m]
Rotation [degree]
Progressive Rotation [degree]
0.6
9.8
2.0
0.0
0.0
0.5
13.0
4.8
-50.0
0.0
0.6
11.6
7.5
64.4
-6.6
0.5
11.6
5.7
10.4
-3.2
0.5
7.9
3.6
41.4
-1.3
0.5
11.6
1.7
-78.9
10.0
First
Iteration
The process starts with the isocurves’ deformation
Robots
Dynamic answers
Concept cars
Mechanical intelligent agents which can perform
tasks on their own, or with guidance.
Fundamental feature of intelligent
systems is the presence of a dynamic
answer to inputs.
Vehicles keep improving design and
performance becoming always more
interactice tools in human’s hands.
Image courtesy of: Vitaly Bulgarov
Ridges
First Morphogenesis step
Air intake devices
Deflectors
Winding Ridges 0.1
2.2
Wheels
2.3
From planar
surface
1st iteraction
2nd iteraction
2 ridges
First analysis of the system behavior
growing by 2 ridges
2
4
9.5
7.5
2.1
70
70
40
2
3
9.0
8.3
3.0
10
80
10
01
3 ridges
03
planar isocurve
First analysis of the system behavior
growing by 3 ridges
ridges growth
3
0
11.0
0.0
1.5
80
30
70
04
first lofted surface
05
second ridges growth
06
Second
Iteration
second lofted surface
The process starts again. The surface 04
becomes the starting point
Winding Ridges 0.2
2.4
3
4
8.0
4.5
3.3
20
10
100
4 ridges
First analysis of the system behavior
growing by 4 ridges
Surfaces
and ridges
Study on ridges creation from planar surfaces and on
convexity an concavity.
Tubes and holes
Analisys on possible air intake shapes and junctions.
4
4
10.0
4.0
3.1
80
100
0
Egg
shaped and symmetry
Shapes deriving from an oval form and study about simmetry and
connection of multiple copies.
Legend
Number of ridges
Number of iterated ridges
Average length [m]
Avarage lenght of itaration [m]
Height [m]
Rotation [%]
Progressive Rotation [%]
Simmety [%]
4
4
11.0
9.0
4
100
100
100
01
planar isocurves
02
control point deformation
03
graph mapping
04
ridges growth
05
first lofted surface
06
second ridges growth
Second
Iteration
The process starts again. The surface 05
becomes the starting point
Winding Ridges on Site
2.5
The Winding Ridge
The final definition is integratig only some of the
previous explorations.
07
second lofted surface
Università di Bologna - Facoltà di Ingegneria - DAPT
Corso di Laurea in Ingegneria Edile-Architettura - AA 2010-2011
[a]r.Ca 3 L-Z _ Prof. Ing. Alessio Erioli
laB-[a]r.Ca 3 _ Prof. Arch. Gabriele Evangelisti
collaboratore: Michele Semeghini
Five Core Plus
Winding Ridges
Matteo Cominetti
Marco Magnani
Luca Pedrielli
Gianluca Tabellini
Francesco Tizzani
BmA. 3
Heritage Conservation of Palazzo Vizzani
2011, FiveCore, Bologna, Italy
InDeSem’11: Media, Virtual World and the Reality of Architecture
2011, TU Delft, Delft, The Netherlands
Asynchronous Rhythm: Rizoma Installation
2011, FiveCore+, Bologna, Italy
Solution for Shanghai Post-EXPO
2010, AA School of Architecture, Shanghai, China
Renovation of Santa Maria Abbey
2010, FiveCore+, Forlì, Italy
Renovation of Ex industrial Area for a new Residential Comunity
2009, FiveCore, Casinalbo, Italy