Cities are known as dynamic elements and they are constantly evolving and changing. In this regard, city projects must have dynamic features, and changes are inevitable. Also, cities are regularly reviewed and updated to match the new policies and are associated with the new urban conditions. Rapid changes and transformations have shown that the preparation and implementation of any urban development project, which led to adoption of process approach to sustainable urban planning, first of all need to identify requirements, opportunities and objectives, and afterwards, strategies, policies and the approach. Additionally, over time social relationships are become more complex in this area, thus, knowledge and urbanization has led to the design of new topics. Among the topics for getting people's opinions, urban management participation, understanding the main challenges and bottlenecks can be mentioned. Another important problem of cities in terms of sustainable urban development is energy consumption. Fortunately, recently reduction of energy demand is feasible through modern technologies and criterions in building construction. Therefore, these knowledge and information make it possible to achieve to the one integrated and sustainable urban design. This project is mostly dealing with the needs and requirements for sustainable housing units and sprawl green network of the city in district 6th of Shiraz and offers a solutions for the energy saving by means of Architectural design/Architectural energy efficiency and employing of solar power systems which at the same time provides net zero energy buildings, and also adequate urban services and a more active social life for residents and offering them comfortable colorful life. And moreover, introducing opportunities and possibilities for energy saving and sustainable urban and housing project in cities of Iran.

Sustainable, energy saving and developed urban and housing project in district 6th of Shiraz city

RIYAHI ALAM, MOHAMMAD MAHDI;FORSS, HOSSEIN;AFRAZ, SARA
2011/2012

Abstract

Cities are known as dynamic elements and they are constantly evolving and changing. In this regard, city projects must have dynamic features, and changes are inevitable. Also, cities are regularly reviewed and updated to match the new policies and are associated with the new urban conditions. Rapid changes and transformations have shown that the preparation and implementation of any urban development project, which led to adoption of process approach to sustainable urban planning, first of all need to identify requirements, opportunities and objectives, and afterwards, strategies, policies and the approach. Additionally, over time social relationships are become more complex in this area, thus, knowledge and urbanization has led to the design of new topics. Among the topics for getting people's opinions, urban management participation, understanding the main challenges and bottlenecks can be mentioned. Another important problem of cities in terms of sustainable urban development is energy consumption. Fortunately, recently reduction of energy demand is feasible through modern technologies and criterions in building construction. Therefore, these knowledge and information make it possible to achieve to the one integrated and sustainable urban design. This project is mostly dealing with the needs and requirements for sustainable housing units and sprawl green network of the city in district 6th of Shiraz and offers a solutions for the energy saving by means of Architectural design/Architectural energy efficiency and employing of solar power systems which at the same time provides net zero energy buildings, and also adequate urban services and a more active social life for residents and offering them comfortable colorful life. And moreover, introducing opportunities and possibilities for energy saving and sustainable urban and housing project in cities of Iran.
MASERA, GABRIELE
ING VI - Scuola di Ingegneria Edile-Architettura
23-apr-2013
2011/2012
Tesi di laurea Magistrale
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10589/78681