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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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in base a scelte prese in autonomia rispetto al gruppo di tesi.

Capitolo II - Metodologia

personal choices autonomous from the thesis group research.

- Discussione

In questa fase i progetti verranno comparati in base alle scelte effettuate,

ponendo enfasi sulle differenze tramite il confronto degli schemi adottati

allo stesso modo dell’analisi dei casi studio. Facendo questo sarà possibile

stabilire a quale delle macro-categorie economiche citate all’inizio di questa

tesi i singoli progetti si avvicinino di più, in modo da poter comprendere in

maniera più approfondita l’impatto delle singole scelte sull’iter progettuale.

- Discussion

In this phase the project will be compared according to the taken paths,

emphasizing the differences through observation of the two adopted

schemes, as it was done for the case studies. Therefore, it would be possible

to establish whose economic macro-categories are more related to, cited at

the beginning of this thesis, in order to understand better the single impacts

on the project process.

Facade

treatment

Typology

Density

Permeability

Void/filled

Number

Public

transport

Heavy

mobility

Typology

Private

Area

Public

Influence

Generated

Urban

Central

Urban

peripheric

Rural

SUSTAINABILITY

IMPACT

Light

mobility

Distance

Significance

On going

Planned

River/port

Airport

Railroad

Road

External

Mobility

Internal

green

areas

Connection Volume

with

type

other

aggregation

clusters

Urban

changes

Contest

Charateristics

Concept

Characteristics

Emisphere

Category

INNOVATION

TYPE

Communication

system

Water

system

Characteristics

Infrastructure

Sewage

connection

and

water

treatment

Orientation

Axes

Energy

generation

Building

control

system

Ventilation

system

Lighting

System

Heating

System

Fire

Control

System

Environmental

Control

Systems

Construction

Details

Characteristics

Characteristics

Doors and

windows

Internal

partition

Construction

Systems

Structure

Access

and

Circulation

Architectural

Characteristics

Dimension

Shape

Floor

number

and

height

Aesthetic

Approach

Characteristics

Typology

ACTORS

Characteristics

Geometry

Volume

Shape

Horizontal

(ceiling/floors)

Characteristics

Simmetry

Vertical

(walls)

Roof

Envelope

Pedestrian

access

Main

Access

Other

Foundation

System

Circulation

within

the

building

Circulation

characteristics

Figure 4 on the left: Graphic representation of the categories, innovation, impacts on the project

Figure 5 on the top: Legend of the graphic map on the left

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