Strategic Analysis of Capabilities and Dilemma to use Windward in Central Cities of Iran

نویسندگان
Masoud Valinejad shoubi 1
Saeideh Bagheri rad 2
Seyed Mostafa Mokhtabad-Amrei 3
1 Young Researchers and Elite Club, Central Tehran Branch, Islamic Azad University, Tehran, Iran.
2 Young Researchers and Elite Club, East Tehran Branch, Islamic Azad University, Tehran, Iran
3 professor, Department of Literature, Faculty of art, Tarbiat Modares University, Tehran, Iran
چکیده
In new issues of durable architecture, it is tried to decrease negative effects of new architecture on environment. What is perfectly obvious is making the elements homogenous to their climatic function which was the art of our antecedents. Implementing the windward construction technique, our antecedents have well used the raw and uncontrolled flows of wind. They handled the wind and made it mild, remove the dust and created mild air-conditioning which represents the past environmental stability of Iranian architecture. Using the windward had been conventional in Iran since many years ago. Without any dependence on any kind of energy and without exploiting establishment appliances, it provides the coldness of residential places. This is the same issue on creating stability in environments where humans live in. In this research, the capabilities and limitations to use windward in salt desert's cities of Iran during today's age in were assessed to achieve some criteria quantitatively and qualitatively to enhance the windward and to provide the necessary ground for more efficient use of it. This research is of descriptive- analytical kind. Statistical population of this research includes university professors and architecture authorities in Iran. 30 persons of them were questioned directly. After survey data collection through the questionnaire, the relationships between research variables were tested by implementing swot technique. The obtained results suggest a windward in order to solve the weaknesses of previous air traps parallel to today's need. It indicates that giving the efficiency again to the windward’s by creating some changes in it proportional to today's need of users and in order to enhance its efficiency, provides the conditions to achieve some parts of a sustainable architecture.
[1]. Elahi Shervin. Wind symbol of sustainable architecture in hot and dry climates, First National Conference on Development. 2011, 1
[2]. Abna H., Aghayee chatroudzadeh. Enjoying some old models of sustainable architecture by modifying and combining them with a chimney, solar vents. Conference facilities, roads, architecture. 2011,1.
[3].Zahedi SH., Najafi GH. The Concept of Sustainable Development. Professor of Humanities Quarterly, Volume 10. 2006, 50.
[4]. Zandiyeh M., Parvadinejad S. Concepts of sustainable development in residential architecture, Journal of architecture and environment of rural housing. 2010, 2-21.
[5]. Ramezani Gourayee., kazemnejad. The relationship between sustainable development and environmental architecture and design climate in mountainous areas, Case Study: Town village, the journal of preparation of a geographic area, Number 14. 2010, 21-38.
[6]. Banayn M. Place of residence to the wilderness of the desert community of homes Sustainability, University of Arizona. Publication, education, geography, Period of twenty-third. 2008, 34-40.
[7]. Soltani Y., Torabi D. Wind indigenous architectural symbol of stability. The Second International Conference on Sustainable Architecture. 2011, 1.
[8]. Mahmoudi M. Iranian identity deflector and architectural history of the issue, the Journal of Identity, Vol II, No. 2. 2008, 25-33.
[10]. Mazidi M. Numerical analysis of wind towers as passive cooling systems in hot and dry areas, J[9]. Parinaz Keshtkaran, , Harmonization between climate and architecture in vernacular heritage: a case study in Yazd, Iran, International Conferene on Green Buildings and Sustainable Cities, Procardia Engineering 21, 2011, 428-438.
ournal of Energy, Vol 11, Issue 28, 2008, 39-46
[11]. Johnson V. Climate and architecture (with emphasis on the traditional architecture of the Middle East). Translate Neo-Majid Habibi smiling, Geographical Research Quarterly, No. 46, 1997, 154-159.
[12]. Mellatparast M. Sustainable Architecture in the desert towns. Journal of Armanshahr. No. 3, 2009, 121-128
[13]. Pirneya M. Islamic Architecture. Soroush Publications. 2008, 332.
[14]. Mohammadi M. Hvajryan windows, new ideas for resolving the conflict between ventilation and thermal insulation in buildings shells, International Conference of Tabriz. 2013.
[15]. N.A Ahmad, K.Wong panyathaworn,. Optimizing louver location to improve indoor thermal comfort based on natural ventilation, Evolving Energy-IEF International Energy Congress. 2012.
[16]. Moavenian M & Naimi Amini P. Control adaptation of an air conditioning system using a two stage fuzzy controller, International Annual Conference on Mechanical Engineering, Tehran University. 2009, 29-31.
[17]. C.C. Siewa, A.I. Che-Anib, N.M. Tawilb, N.A.G. Abdullahb, M. Mohd-Tahirb ,2011, Classification of Natural Ventilation Strategies in 2011. .International Building Control Conference ndOptimizing Energy Consumption in Malaysian Office Buildings, The2
[18]. J.R.Gosselin et.al, 2008, A dual Airflow window for indoor air quality improvement and energy conservation in buildings, HVAC&R Research 14.