Re-Osi Ghia_Thesis
Master degree thesis developed during the 2 years passed at the Polytechnic of Turin, in collaboration with Danilo Iannetti. March 2019.
Master degree thesis developed during the 2 years passed at the Polytechnic of Turin, in collaboration with Danilo Iannetti. March 2019.
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spesse 47 cm sono isolate in
modo da eliminare la necessità di
riscaldamento quando gli edifici
sono occupati e garantire un comfort
significativo in estate.
3. Il giardino.
Tra la hall e i binari della ferrovia, i
giardini di Pajol si estendono da nord
a sud, longitudinalmente al sito. Un
lungo giardino ferroviario traccia
un percorso continuo: coperto sotto
l’Halle Pajol, aperto più a nord.
Questo spazio lineare è organizzato
in strisce successive, dietro le quinte.
4. L’impronta ecologica dell’edificio.
Il progetto presentato è inteso come
progetto pilota per la città di Parigi,
riducendo al minimo l’impatto
ecologico dell’edificio. Per fare
questo, l’architetto si è occupato dei
seguenti elementi:
a. Flessibilità, smontaggio,
decostruibilità.
b. Bilancio energetico positivo
dell’edificio.
c. Economia e buona gestione delle
risorse, in aria, acqua, materiale.
d. Comfort luminoso.
f. Conservazione della biodiversità.
g. Posizione.
h. Manutenzione.
i. Costruzione del registro tecnico.
l. Comunicazione e pedagogia.
Per maggiori approfondimenti: allegati nr. 3,
4, 5, 1A
walls are insulated so as to eliminate
the need for heating when buildings
are occupied, and to bring significant
comfort in summer.
3. The garden.
Between the hall and the railway
tracks, the Pajol gardens stretch
from north to south, in the largest
dimension of the site. A long railway
garden draws a continuous course:
covered under the Halle Pajol, open
further north. This linear space is
organized into successive strips,
behind the scenes.
4. The ecological footprint of the
building.
The project presented is intended as
a pilot project for the City of Paris,
minimizing the ecological impact of
the building. To do this, the architect
dealt with the following items:
a. Flexibility, dismountability,
deconstructibility.
b. A building with positive energy.
c. Economy and good management
of resources, in air, water, material.
d. Luminous comfort.
f. Preservation of biodiversity.
g. Site.
h. Maintenance .
i. Building technical logbook.
l. Communication and pedagogy.
For more informations: attach. nr. 3, 4, 5, 1A
Connection with other clusters
Internal green areas
External Mobility
Infrastructure
Sewage connectionn
and water treatment
DECISION MAKER
INSTITUTIONS
CLIENT
Environmental
control systems
DESIGNER
BUILDER
Volume type aggregation
Construction details
Doors and windows
Internal partition and
non-structural elements
INDUSTRY
USERS
OTHER
PROJECT
INNOVATION
PROCESS
Capitolo III - Casi Studio
Urban changes
Context Characteristics
Concept
Orientation
Access and
circulation
Structure
Construction systems
Architectural
Characteristics
SUSTAINABILITY
ENVIRONMENTAL
SOCIAL
Dimension
Shape
Floor number
and height
ECONOMIC
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