simone fracasso - portfolio 2010_2012

PORTFOLIOSIMONEFRACASSO 20102012

DES IGN

CONTROLBASICS OF TECHNICAL PHYSICS | ENERGETICAL IMPROVEMENTCONSTRUCTION STUDIO 3 | OPTIMIZATION OF A PUBLIC SCHOOL

RESTORATION STUDIO - LAB 5 | UPGRADING OF A VILLAARCHITECTURAL DRAWING | DRAWING BOOK

COMPLEXITYPLANNING STUDIO - LAB 4 | A NEW URBAN PLANNINGURBAN AND DESIGN STUDIO - LAB 6 | SOCIAL HOUSING

FREEDOM

EXTRAS

DESIGN STUDIO 2 | THE PUBLIC LIBRARY

CONTROLO P T I M I Z A T I O NIN OUR DAYS THE CONTROL OF VARIABLES OF A PROJECT IS THE MOST DEVELOPED WAY TO DESIGN. IT DERIVES DIRECTLY FROM THE SCIENTIFIC METHOD WHICH CONSIDERS A PROBLEM AT A TIME. IT ISOLATES A VARIABLE FROM THE OTHERS, DOING A CHECK LIST OF PROBLEMS AND RELATED SOLUTIONS. THERE ARE LOTS OF POSSIBLE PUR-POSES FOR CONTROLLING OF A PROJECT, FOR EXAMPLE THE COST OF REALIZATION OR THE SUS-TAINABILITY OF A BUILDING. MOREOVER THERE ARE SEVERAL KIND OF VARIABLES, THE MAIN ARE: THE THERMIC INSULATION, THE LIGHTING AND THE ACOUSTIC. WE CAN ALSO TAKE THE CONTROL OF A PROJECT AFTER ITS COMPLETION, FOR EXAMPLE OPTIMIZING THE ENERGETIC FEATURES OF AN OLD B U I L D I N G .

thickness 465 mm

indo

or

outd

oor

thickness 370 mm

without sound-absorbing materials

empty room room filled to 1/4 room filled to 2/4

room filled to 3/4 roomful optimal timing

with sound-absorbing materials

outdoor

indoor

stratigraphy of the structure diagram of pressures

comparison between different reverberation times

0.26 W/m2K[italian legal limit: 0.28 Wm2K]

TRASMITTANCE O F ELEMENTS


TRASMITTANCE OF ELEMENTS

ACOUSTIC ANALYSIS OF A GUEST ROOM IN THE COUNTRY

HOUSE

rome

N

CONSTRUCTION STUDIO SITE | FONTE NUOVA, ROME EST, ITALYCLIENT | COMUNE DI ROMA CAPITALE

®

TASK | ENERGETICAL OPTIMIZATION OF A PUBLIC SCHOOL

2011LAB3

A

A’ N

A - A’ sectionSOLUTIONS ADOPTED

daylight factor over the legal limit daylight factor under the legal limit1

N A T U R A L L I G H T I N G

functional solution

functional solution

economical solution

PROJECT’SRENDER

RAINSCREEN CLADDING


TRASMITTANCE

194,81€/m2COST


TRASMITTANCE

148,77€/m2COST

outer coatingventilationinsulatingstructure

inner coating

2

V E R T I C A L S T R U C T U R E

Nnew solar panels on the roof

t h e m o s t energetically efficient tilt’s a n g l e f o r r o m e .

PERFORMANCEENERGY CLASS OF THE BUILDING

TOTALPERFORMANCE COOLING

35°

168.3 > kWh/m2 year

168.3 < kWh/m2 year

120.8 < kWh/m2 year

90.2 < kWh/m2 year

73.3 < kWh/m2 year

53.5 < kWh/m2 year kWh/m2 year

36.7 < kWh/m2 year

22.8 < kWh/m2 year

kWh/m2 year

AA

B

C

DE

FG

34.6

kWh/m2 year73.3ITALIAN

LEGAL L I M I T

solar thermal system photovoltaic system3

E N E R G Y C E R T I F I C A T I O N

+

0.0

3000

3000

360

HEATING kWh/m2 year33.6

HOTWATER kWh/m2 year1.0

D E T A I L S E C T I O N

FREEDOMC H A O S T H E O R YTHE CHAOS THEORY IS USED IN ARCHITECTURE WHEN WE DECIDE TO TREAT THE CREATIVE PRO-CESS OF DESIGNING A FORM LIKE A NON-LINEAR SYSTEM. IN THIS KIND OF SYSTEM WE DON’T ANAL-IZE ONE VARIABLE AT A TIME, BUT EVERYONES AT THE SAME TIME CONSIDERING ALSO THEIR INTER-ACTION. THE MAIN POINTS OF THIS THEORY ARE: THE SENSIBILITY OF THE INITIAL CONDITIONS ( FROM WHICH A LITTLE CHANGE CAN HAVE BIG CONSE-QUENCES IN THEIR DEVELOPMENT, “BATTERFLY EFFECT” ), THE UNFORESEEABILITY OF THESE SYSTEMS IN TIME AND THEIR APPARENTLY RANDOM DEVELOPMENT. AN ALTERNATIVE WAY TO DESIGN IS TO DECIDE A DEFINIED FIELD OF DEVELOPMENT FOR PROJECT’S VARIABLES, LEAVING THEM FREE TO DEVELOP IN THIS.

ground levelA

A’

B

B’

rome

N

B-B’ section

A-A’ section

simplified render of project

DESIGN STUDIO 2 | 2010SITE | OSTIENSE, ROME SOUTH, ITALYCLIENT | COMUNE DI ROMA CAPITALE

®

TASK | DESIGN OF A PUBLIC LIBRARY

| the choice of the vari-ables that determine the form in plan of the build-ing are being directed towards a geometric analysis of the urban context around the proj-ect area. the main cutting is setted on one of the corners of the lot and opens to the only part of the sky free from the encumbrance of other b u i l d i n g s .

| the central setbacks are located according to a geometric analysis of the batch that is set on a modular grid 6 x 3.

|

structural render of project

CUTTING SETBACKSMODULAR GRID

1 2

carrier septum reinforced concrete

| structure of reinforced concrete pillars and steel beams

COMPLEXITYCOMPLEX SYSTEMS THEORY

IN THE DEVELOPMENT OF MY “DESIGNING CONSCIOUSNESS” I LEARNED WHAT IS TRULY IMPORTANT. WHEN STARTING A PROJECT, WE MUSTN'T FOCUS OUR ATTENTION ON CONTROL-LING THE PROJECT’S VARIABLES OR LEAVING THEM FREE TO DEVELOP THEMSELVES. CERTAINLY, WHEN WE TRY TO CONTROL THE VARIABLES WE CONSIDER THEM ONE AT A TIME SIMPLYFING IN WRONG WAY THE COMPLEX TOPIC OF DESIGNING. ONE MUST THINK THAT A DESIGN IS A COMPLEX SYSTEM OF INTERACTIONS BETWEEN VARIABLES THAT CAN HAVE AN EFFECT DURING THE DEVELOPMENT OF A PROJECT. IN THE RESEARCH OF PROJECT’S SOLUTIONS WE HAVE TO TO FIND A COMPROMISE BETWEEN THE CONTROL AND THE FREEDOM.

search site

MAP OF THE CRITICAL

rome

N

PLANNING STUDIO SITE | CENTOCELLE AND PIGNETO, ROME EST, ITALYCLIENT | COMUNE DI ROMA CAPITALE

®

TASK | NEW URBAN PLANNING OF THE SITE

2012LAB4

ENVI-ROM- E N T

INFRASTRUCTURES

S E T T L E M E N T

derelict areas

public gardens not equipped

cultural heritage abandoned

isolated district

fragmented urban structure

blighted buildings

abandoned buildings

traffic funnel

traffic congestion

centrality congested

isolated neighborhoods

urban fracture

M A S T E R P L A N

infrastructures and road

private transport

highway

primary road

secondary roaddistrict road

existent to adapt new construction


public transport

high velocity train

regional train

metropolitan trainhigh velocity trambusunderground

interchange

- metropolitan

- urban


N

preservation ofhistorical Pigneto

areas of intervention

new AcquedottoRomano‘s park

eliminate congestionof AcquedottoTogliatti

urban regenerationof Centocelle

redesign of parks

preservation ofForte Prenestino

increase ofPigneto’s permeability

new centralityfor Serenissima

increase ofCentocelle’s permeability

ABCDEFGHI

public green to equipnew public green

1

REDESIGN OF PARKS N

INTERV- ENTIONS

new crossing walknew road

|

| mixed residential after demolition2

NEW PLANS TO IMPLEMENT

N

RECOVERY PLAN

DETAILED PLAN

commercial buildings

parking alignmentroad

road

residentialmixed residential

public greenpublic service

alignment

3

H Y P O T H E T I C A L V I E W

BE CAREFUL!

Buildings in this hypoteti-cal view are just a repre-sentatio of the actual building space on their respective areas, they don’t represent their real form. It will be a task of the designers define the specific architectural details.

URBANANDDESIGN STUDIO

N

SITE | VAL MELAINA, ROME NORTH, ITALY

rome

CLIENT | FOUNDATION FOR SOCIAL HOUSING &TASK | NEW SOCIAL HOUSING&STUDENT ACCOMMODATION

2012LAB6

ROMA TREUNIVERSITY

®

student’s building

massing isometricN

M A S T E R P L A N | C O N C E P T1

URBANDISINTEGRATION

GREENPERMEABILITY

RELATIONSHIP

GREENURBAN

socialresidences

creation a public living room at the urban level with alternating green rooms for specific functions on the ground floor of the building in front of.

C

E

D

+ 46 m + 46 m

+ 46 m

+ 47 m

+ 46 m + 46 m

+ 45 m+ 44 m

MUNICHREFERENCES

A - A’ section

B - B’ section

1| social housing, Otto Steidle 2| residential building, Riem

Ref

3

TYPOLOGIES OF BUILDINGS

third floor

Ref

N

A

A’

BB

’

DUPLEX band SIMPLEX bandSERVICE band

some apart-m e n t s a r e equipped with a false ceiling that connects them to ithe central part of the building, composed by t h e s o l a r greenhouse. this control the proper ventila-tion of all the building.

student

family 2+3

family + handicapped

BUILDING’SSTRUCTURE

VENTILATION

4

H O U S I N G T Y P O L O G I E S

14,5 mq

15,1 mq

5,9 mq

3,2 mq

2,8 mq

N

35,6 mq

24,9 mq

19,0 mq

5,8 mq

3,6 mq

3,5 mq

5,9 mq

5,9 mq

N

16,3 mq

5,8 mq

5,8 mq

2,9 mq

2,9 mq

11,9 mq

11,9 mq

14,4 mq

36,2 mq

2,0 mq5,8 mq

1,9 mq

6,7 mq

5,8 mq

18,1 mq

3,5 mq

5,8 mq

N

software: Autodesk-Vasari

CO2 emissions annual energy use

electricity

fuel

metric tons/yearenergy use

energy generationpotential

net CO2

5

E N E R G Y E F F I C I E N C Y

E X T R A S- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

N

A - A’ section

detail

A’A’

B B’

RESTORATION STUDIO SITE | SASSONE, CIAMPINO, ITALYCLIENT | PRIVATETASK | CONSERVATION AND UPGRADING OF A VILLA

A

B

2012LAB5

B - B’ section

detailed sectiondetailed section

detailed section

N E W R O O F I N G

C U T A W A Y D R A W I N G

arch of Titus

ARCHITECTURAL DRAWING 2010

TASK | DEVELOPMENT OF ARCHITECTURAL DRAWING SKILLS

markets of Trajan

auditorium of rome

menabò

Augusto Imperatore square

Fiumicino City Hall

Palazzo della Civiltà Italiana

architectural orders

Sant’Elia - utopian city

Palazzo della Civiltà Italiana

simone fracasso - portfolio 2010_2012

Documents

t i o nin

e f o r r o

kwhm2 year kwhm2 year36

d i n g

kwhm2 year22

kwhm2 year53

kwhm2 year168

kwhm2 year120