Architecture - Urban Regeneration

Activity type

Discipline della progettazione tecnologica dell'architettura

SSD

ICAR/12

Year

N/D

Semester

N/D

CFU

6

Hours distribution

75 classroom hours

Lecturers

SERENA BAIANI

Activity type

Discipline fisico- tecniche e impiantistiche per l'architettura

SSD

ING-IND/11

Year

N/D

Semester

N/D

CFU

4

Hours distribution

50 classroom hours

Lecturers

FRANCESCO MANCINI

This workshop, which consists of two integrated modules from the disciplines of technological design and thermal science, primarily aims to provide students with the methods and tools they need to carry out design work for the regeneration of existing architectural heritage in an informed way, so as to improve its environmental, ecological, bioclimatic and energy performance. The main focus of such experimentation is to carry out techno-morphological and functional improvements to buildings and their technological components and systems in a way that is closely integrated with solutions that are consistent with their initial purpose, evaluated in terms of their originality and innovative performance, assessing the alternative options they put forward with a view to greater social, environmental and economic sustainability and the improved level of resilience of the buildings and the built environment involved.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
Ability to design a heating system serving a building.
Ability to verify compliance with energy saving regulations.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
N/D

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
It is essential that the student possess basic theoretical knowledge on the topics of heat transmission and psychrometry, acquired in the propaedeutic teaching of Environmental Technical Physics.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
It is essential that the student possess basic theoretical knowledge on the topics of heat transmission and psychrometry, acquired in the propaedeutic teaching of Environmental Technical Physics.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
1. Analysis of existing legislation in the energy savings
2. The thermophysical characteristics of the building
3. Well-being and energy-saving building design
4. The physical-technical unit of measure and measurement techniques
5. Winter and summer thermal loads, Primary energy needs
6. Air-conditioning systems and building types - Classification (Variable flow “All air” system, Costant flow “All air” system, Air-water mixed systems
7. The psychrometric chart
8. Fluid flow (Pipes for water supply, Ducts for air distribution, Example of sizing systems)
9. Central heat and cooling - Functional diagrams - Design criteria and maintenance
10. Air filtration - Characteristics of filter systems - Selection criteria and applications
11. Renewable energy installations
12. Acoustics: fundamentals.
13. Lighting: fundamentals.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
1. Analysis of existing legislation in the energy savings
2. The thermophysical characteristics of the building
3. Well-being and energy-saving building design
4. The physical-technical unit of measure and measurement techniques
5. Winter and summer thermal loads, Primary energy needs
6. Air-conditioning systems and building types - Classification (Variable flow “All air” system, Costant flow “All air” system, Air-water mixed systems
7. The psychrometric chart
8. Fluid flow (Pipes for water supply, Ducts for air distribution, Example of sizing systems)
9. Central heat and cooling - Functional diagrams - Design criteria and maintenance
10. Air filtration - Characteristics of filter systems - Selection criteria and applications
11. Renewable energy installations
12. Acoustics: fundamentals.
13. Lighting: fundamentals.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
N/D
Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
Progettazione degli Impianti di Climatizzazione (L. de Santoli, F. Mancini), Maggioli Editore, 2017

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
N/D
Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
Benessere termico, acustico, luminoso (G. Moncada lo Giudice, L. de Santoli), CEA editrice, 1999
Le Comunità dell’energia (L. de Santoli), Quod Libet, 2011
Territorio Zero (L. de Santoli, Angelo Consoli), Minimum Fax, 2013.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
Lectures in the classroom by video projection support.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
Lectures in the classroom by video projection support.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
The attendance is optional


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
The attendance is optional

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
The knowledge check will be carried out by means of a numerical exercise dealing with the air conditioning system design for a small building and by the final oral exam as well.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
The knowledge check will be carried out by means of a numerical exercise dealing with the air conditioning system design for a small building and by the final oral exam as well.

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
The thermophysical characteristics of the building
Well-being and energy-saving building design
Winter and summer thermal loads, Primary energy needs
Air-conditioning systems and building types - Classification (Variable flow “All air” system, Costant flow “All air” system, Air-water mixed systems
The psychrometric chart
Fluid flow (Pipes for water supply, Ducts for air distribution, Example of sizing systems)
Central heat and cooling - Functional diagrams - Design criteria and maintenance
Renewable energy installations
Acoustics: fundamentals.
Lighting: fundamentals.


Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC
N/D

Module: ENVIRONMENTAL TECHNOLOGICAL DESIGN
N/D
Module: ENERGY AND ENVIRONMENTAL BUILDING PHYSIC