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The International                        UPDATED 28th May 2010
Journal of Ventilation
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IJV Volume 8 No 2 September 2009 Abstracts

Paper 8

The Role of Wind and Natural Ventilation in the Vernacular Architecture of Zavareh

Houtan Iravani1, Iraj Etessam2, Mohammad Masoud3 and S.M. Mofidi4

1Ph.D. student, Faculty of Art and Architecture, Science and Research Branch of Tehran, Islamic Azad University, Iran. and  Member of Scientific Board, Islamic Azad University, Ardestan Branch.
2Professor of Architecture, Faculty of Art and Architecture, Science and Research Branch of Tehran,
Islamic Azad University, Iran.
3Assistant Professor of Urban Design, University of Art, Esfahan, Iran.
4Assistant Professor of Architecture, Architect Engineering Department,
Iran University of Science and Technology.

Abstract

The identification of effective factors in the historical formation of architecture can help develop architecture and its various aspects (Mofidi, 2005). These factors may be classified in the groups of cultural, historical and climatic. Specifically, the application of the native and traditional basis of past architecture can be highly significant for the improvement of contemporary architecture (Fathy, 1986).

Zavareh is one of the most important and ancient cities of Iran which has partially retained its vernacular architectural structural texture. Historical factors such as social change and evolution, urban changes and climatic-morphological changes have all influenced its architecture (Vang and Grout, 2004). Wind is an important climatic factor for the ventilation of buildings, the provision of cooling and even the ventilation of the entire city. Therefore wind has played an important role in the city's architecture. This paper considers the role of wind and its influence on residential architecture. Climatic changes are concluded to be a predominant factor in the creation of new styles within recent periods. By reviewing the evolution of buildings the recommendations for modern architecture are presented.

Key words: wind, vernacular architecture, Zavareh, desert climate, morphology.

References

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Etemad-o-saltaneh: (1987). Meratolboldan, Corrected by Dr. Navaei and Mirhashem Mohades.tehran: publications Institution of Tehran University.

Fathy, Hassan: (1986). "Natural Energy and Vernacular Architecture : Principles and Examples with reference to Hot Arid Climates". Chicago: University of Chicago Press.

Golbon Mohammad: (2001). Ardestan book. Tehran: Publications Organization of Culture an Islamic Guidance Ministry (published in farsi).

Habibi, Mohsen: (1995). From Shar to City. Tehran: Publications Institution of Tehran University.

Hashemi Ardestani, Seyed Ehsan-o-lah: (2001). Ardestan From The Viewpoint Of Natural Location and Climatic Condition, Ardestan Book. Tehran: Publications Organization of Culture and Islamic Guidance Ministry.

Iravani, Houtan: (2005). Razi Architecture, Mosque, Apadaneh return, articles proceeding of international multi-conference on the role of Isfahan in the Development of Islamic Science, Culture, and Civilization. Isfahan University.

Iravani, Houtan: (2005). Kavir Sustainable Architeture, Past and Present. Articles proceeding of Kavir Architecture conference. Islamic Azad University, Ardestan Branch, Isfahan.

Iravani, Houtan: (2008). Iravani Engineering Office Archives (439), Isfahan.

Jafarpour, Ebrahim: (1983). Ardestan Climate. Tehran: Publication of Tehran University.

Jedari Eyvazi, Jamshid: (2003). From Geomorphology. Tehran: Payam-e Noor Publications.

Johnsun Abraham Williams: (1972). Jackson Travel Account. Translated by Manouchehr Amiri and Freydoun Badreie. Tehran: Kharazmi Publication.

Kavyani, Mohammad Reza and Alijani Bolool: (1992). Hydrology and Aerology Principles. Tehran: The Humanities Study and Edition Organization of Universities.

Memariyan Gholam Hossein: (2004). review in Theoretical Principles of Architecture. Tehran: Soroush-e Danesh.

Memarian, Gh: (1995). Iraninan Residential Architecture, introverted types. Tehran: Publication of Science and Industry University of Iran.

Moeen Mohammad. (1982). Borhan Ghateh. Tehran: Amir Kabir Publication. PP: 1041 - 1042.

Mofidi, S,M: (2005). "Responsive and Sustainable Architectural Strategies for Temperate Regions", Proceedings, International Conference '' Passive and Low Energy Cooling for the Built Environment, Santorini, Greece.

Mostoufi, Hamdellah: (1959). Selected History, Abdol Hossein Navaee edited, Tehran: Amir Kabir Publication.

Rafiei Mehr Abadi, Abolghasem. (1956). Ardestan Atashkadeh. Tehran: Atashkadeh Publication.

Roaf, Susan: (1988). "Wind Tower of Yazd", London, Oxford University , PhD Thesis.

Sharifi Jahangir: (1988). Zavareh, Cities of Iran. Tehran: Publications Organization of Culture and Islamic Guidance Ministry.

Sikes Sir Persi: (1956). Travel Account. Translated by Hossein Saadat Noori, Tehran.

Vang David and Grout Linda: (2004). "Research Methods in Architecture". Translated by Ali Reza Eynifar.tehran: Tehran University Publication.

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Contents

Paper 1 
Particulate Matter Mass Concentration (PM10) under Different Ventilation Methods in Classrooms

Paper 2 
Energy Efficiency Design for a House with Temporary Heating and Winter Daytime Cross Ventilation

Paper 3
Strategies for Natural Ventilation of Urban Office Buildings

Paper 4 
The Design and Development of an Adaptable Modular Sustainable Commercial Building (Co2nserve) for Multiple Applications

Paper 5
The Thermal Comfort of a Naturally Ventilated House resulting from the Evaporative Cooling of a Ceiling Fan in the Hot-Humid Climate of Chennai, India

Paper 6
Investigating Natural Ventilation Inside Walk-Up Housing Blocks in the Egyptian Desert Climatic Design Region  

Paper 7
Solar Chimney Geometry for Stack Ventilation in a Warm Humid Climate

Paper 8
The Role of Wind and Natural Ventilation in the Vernacular Architecture of Zavareh  

 

 

 

 

    

                                              

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