Urban design project 2016

Page 1

GOING PUBLIC ABOVE AND UNDERGROUND

INTERDISCIPLINARY, PROJECT BASED DESIGN

Filipa Carvalho | Nastia Tsurkouskaya | Patrícia Leitão | Tomás Jordão


DOES TECHNOLOGY INFLUENCE ON OUR UNDERSTANDING OF PUBLIC SPACE?


always connected more ecological less noisy comfort


BRAINSTORM

BRAINSTORM

...WILL CHANGEVISUALLY? VISUALLY? ... WILL IT REALLY CHANGE

CHANGE OF OF USES, USES, NOT NOT ALOOK! CHANGE LOOK!


WHATWOULD WOULDBE, BE,IFIFALL ALLTRANSPORT TRANSPORT WILL BE UNDERGROUND? WHAT UNDERGROUND? USES OF ALL SPACE


WHAT WOULD IF ALL TRANSPORT WILLBEBEABOVE? ABOVE? WHAT WOULD BE,BE, IF ALL TRANSPORT WILL USES OF ALL SPACE


WATERSTORM MANAGMENT

WATERSTORM MANAGMENT


REFERENCES

HOUSING IN LA . MAD ARCHITECTS

GREEN SHOPPING CENTER . MVRDV

SERPENTINE GALLERY PAVILLION . HERZOG AND DE MEURON


REFERENCES

SEOUL SKYGARDEN . MVRDV MASTERPLAN ECO CITY IN TIANJIN . HOLM ARCHITECTS

RESORT IN XANGAI . ATKINS GLOBAL ARCHITECTS


REFERENCES

RADBAHN BERLIN PROPOSAL


N

SITE

JOKÁI TÉR + LISZT FERENC TÉR 0m

50m


ANALYSES OF SITE

- 30 % GREEN AREA JOKÁI TÉR LISZT FERENC TÉR - 55 % GREEN AREA - 25 % ROADS AREA: 3 500 m2 AREA: 6 500 m2 - 5 % ROADS - 45 % PAVEMENT RESIDENTIAL AREA RESTAURATION/COMERCIAL AREA - 40 % PAVEMENT

N


N

ANALYSES OF SITE - SUN STUDY AND HEIGHT OF THE BUILDINGS

ANDRÁSSY STREET 30 m 25 m 20 m 15 m 10 m 5m 0m

JOKÁI TÉR

LISZT FERENC TÉR

ANDRÁSSY STREET 30 m 25 m 20 m 15 m 10 m 5m 0m

LISZT FERENC TÉR

JOKÁI TÉR


ANALYSES OF SITE - FUNCTIONS AND THE AGE OF THE BUILDINGS

20TH CENTURY (END) 20TH CENTURY (BEGINNING) 19 TH CENTURY

N


ANALYSES OF SITE - TRANSPORTS

N


FUTURE TRANSPORT - CONCEPT

PUBLIC TRANSPORTATION 16#-*$ 53"/41035"5*0/ 4&7&3"- 10*/54 0' 16#-*$ 53"/41035"5*0/ 413&"% 5)306()5 5)& $*5:

SEVERAL POINTS OF PUBLIC TRANSPORTATION SPREAD THROUGHT THE CITY &/463& 5)& "$$&44 #&58&&/ 5)& %*453*$54 ENSUME THE ACCESS IN BETWEEN THE DISTRICTS

INDIVIDUAL TRANSPORTATION

*/%*7*%6"- 53"/41035"5*0/

$"/ 8"-, '3&&-: */4*%& 0' 5)& %*453*$54 CAN WALK FREELY INSIDE THE DISTRICTS 30"%4 8*5)065 $"34 &"4: "$$&44 50 5)& ."*/ /&5803, 0' 53"/41035"5*0/ ROADS WITHOUT CARS EASY ACCESS TO THE MAIN NETWORK OF TRANSPORTATION


2016

ALREADY LUCK OF GREEN

WHAT IF?...

2050

WILL NOT BE GREEN AT ALL?

THAN GREEN WILL BECOME A LUXURY?


WHAT IF IN THE FUTURE WE WILL HAVE SUN RARELY?

DOES IT MEAN THAT WE HAVE TO FIND A NEW APPROACH FOR PROVIDING A SUNLIGHT?


INTENTION

EVOLUTION OF SUSTAINABLE BIOSYSTEM


INTENTION

EVOLUTION OF SUSTAINABLE BIOSYSTEM


CONCEPT

PROTOTYPE OF SUSTAINEBLE UNDERGROUND BIOSYSTEM IM THE CITY A SHELL INSIDE EARTH SPECIAL CONDITIONS: - MICROCLIMATE - COHERENCE - CLEAN - ANTIDAMAGE FUNCTIONS: - PROVIDE OXYGEN - EVOLVE NEW TYPE OF GREEN - DEVELOP TECHNOLOGY - CREATE A COMMUNITY


CONCEPT

ARCHITECTURAL DECISION

CLEAN, SIMPLE 0.000

INTERACTION BY TREES, LIGHT, GAPS, VISIBILITY, WALLS, SYSTEMS COMPLEX, FUTURISTIC


CONCEPT CONCEPT CONCEPT CONCEPT CONCEPT ELEMENTS OF PROTOTYPE - SMART GARDEN. SUSTAINABLE SYSTEMS

MART DEN.GARDEN. SUSTAINABLE SUSTAINABLE SYSTEMS ELEMENTS SYSTEMS ELEMENTS OF PROTOTYPE ELEMENTS OF PROTOTYPE - SMART ELEMENTS OF PROTOTYPE GARDEN. - SMART OF PROTOTYPE SUSTAINABLE GARDEN. - SMART -SUSTAINABLE GARDEN. SMART SYSTEMS GARDEN. SUSTAINABLE SYSTEMS SUS

H 2OO H 2O 2

0.000

0.000

O2

O2

O2

O O 2

0.000

O 0.000 2

0.000

0.000

0.000

0.000

2

O2

H 2O O2

O2

O O 2 2 O O 2 0.000 2

0.000

H 2O O2

H 2O

H


CONCEPT

ELEMENTS OF PROTOTYPE - SMART GARDEN. COMMUNITY. MONEY



CONCEPT

ELEMENTS OF PROTOTYPE - MICROORGANISMS - LIGHT. PATH


CONCEPT - ARCHITECTURAL DECISION. FUNCTIONAL PLAN

SLOW PATHES FAST TRANSIT PATHES

HILL

MULTIFUNCTIONAL PUBLIC SPACES

RESTAURANTS UNDERGROUND GARDEN

OPEN SPACE FOR ACADEMY


PAULAY EDE U.

KIRALY U.

DOHANNYU ERNO U.

PAULAY EDE U.

MOZSAR U.

ANDRASSY

U.

JOKAI TER

MASTERPLAN JOKAI TER

JOKAI TER


FLOOR PLAN -2.500

FLOOR PLAN -6.500



SECTION LEFT. DETAIL CLAY GEOTEXTILE BLANKET GEODRENO

-7 m -4 m -10 m

REINFORCED CONCRETE DCP MEMBRANE THERMAL INSULATION -34 m

BURNED CLAY BUBBLES


SECTION LEFT. DETAIL GEOTEXTILE BLANKET GRAVEL

THERMAL INSULATION DCP MEMBRANE THERMAL INSULATION REINFORCED CONCRETE

WATERPROOFING MEMBRANE SAND WHITE LIMESTONE (COVERING)

-7 m -4 m -10 m

-34 m


SECTION FRONT. DETAIL STEEL PILAR WHITE LIMESTONE (COVERING) SAND GEOTEXTILE LAYER GRAVEL

CONCRETE FOUNDATION

SECTION AND DETAIL


POLISH WHITE LIMESTONE

- TERRACES ZONE

- BENCHES

TACTIL COVERING - PATHS NEAR FOR THE ROADS

TEXTURED WHITE SIDEWALK LIMESTONE LIMESTONE

- PATHS

- BENCHES

- PATH WITH TREES

(WATERMANAGENT SYSTEM)


WATERMANAGEMENT SYSTEM

WHITE LIMESTONE (COVERING) SAND GEOTEXTILE LAYER GRAVEL

WATERLIGHT CONCRETE DCP LIQUID WATER STORAGE GRILL

3%



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