Analysis of Climatic Strategies in Designing the Residential Buildings in Cold Dry Climate of Tabriz Metropolis to Reduce Air Pollution in Urban Environment
Nowadays, the earth is countered with serious problem
of air pollution. This problem has been started from the industrial
revolution and has been faster in recent years, so that leads the earth
to ecological and environmental disaster. One of its results is the
global warming problem and its related increase in global
temperature. The most important factors in air pollution especially in
urban environments are Automobiles and residential buildings that are
the biggest consumers of the fossil energies, so that if the residential
buildings as a big part of the consumers of such energies reduce their
consumption rate, the air pollution will be decreased. Since
Metropolises are the main centers of air pollution in the world,
assessment and analysis of efficient strategies in decreasing air
pollution in such cities, can lead to the desirable and suitable results
and can solve the problem at least in critical level. Tabriz city is one
of the most important metropolises in North west of Iran that about
two million people are living there. for its situation in cold dry
climate, has a high rate of fossil energies consumption that make air
pollution in its urban environment. These two factors, being both
metropolis and in cold dry climate, make this article try to analyze the
strategies of climatic design in old districts of the city and use them in
new districts of the future. These strategies can be used in this city
and other similar cities and pave the way to reduce energy
consumption and related air pollution to save whole world.
[1] Meteology department of Tabriz city.
[2] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P39.
[3] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P42.
[4] M. Mohammadi, "Role of regulations of buildings", in Proc. 2th Conf.
optimization of fuel consumption in building, Ministery of petroleum,
Tehran, 2002, P235.
[5] V. Ghobadian, Climatic study of Iranian traditional buildings, Tehran,
University of Tehran, 2000, P42.
[6] H. Soltanzadeh, Tabriz, a stable adobe in Iranian Traditional
Architecture, Tehran, Cultural Researches Office, 1995, P124.
[7] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P79.
[8] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P81.
[9] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P84.
[10] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P145.
[11] Sh. Shaghaghi, "Strategies of sustainable urban fabric development",
PhD thesis, Tehran, Islamic Azad University-Science and Research
Branch, 2005, P186.
[12] D. Watson, K. Labb, 1997, "Climatic design", transl. V. Ghobadian &
M. Mahdavi, Tehran University, P83.
[13] Shaghaghi, sh, 2004, "Clean energy in house, a strategy for reducing
fuel consumption", Tehran, shahrdariha magazine, 6th year, No. 70, P65.
[1] Meteology department of Tabriz city.
[2] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P39.
[3] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P42.
[4] M. Mohammadi, "Role of regulations of buildings", in Proc. 2th Conf.
optimization of fuel consumption in building, Ministery of petroleum,
Tehran, 2002, P235.
[5] V. Ghobadian, Climatic study of Iranian traditional buildings, Tehran,
University of Tehran, 2000, P42.
[6] H. Soltanzadeh, Tabriz, a stable adobe in Iranian Traditional
Architecture, Tehran, Cultural Researches Office, 1995, P124.
[7] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P79.
[8] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P81.
[9] M. Kasmaei, Architecture and Climate. Tehran, kaktus publisher, 1995,
P84.
[10] M. Mofidi, "Climatic urban design", PhD thesis, Shefild University,
England,1998, P145.
[11] Sh. Shaghaghi, "Strategies of sustainable urban fabric development",
PhD thesis, Tehran, Islamic Azad University-Science and Research
Branch, 2005, P186.
[12] D. Watson, K. Labb, 1997, "Climatic design", transl. V. Ghobadian &
M. Mahdavi, Tehran University, P83.
[13] Shaghaghi, sh, 2004, "Clean energy in house, a strategy for reducing
fuel consumption", Tehran, shahrdariha magazine, 6th year, No. 70, P65.
@article{"International Journal of Architectural, Civil and Construction Sciences:53775", author = "Shahryar Shaghaghi G. and Paria Violette Shakiba and Gholamreza Irani", title = "Analysis of Climatic Strategies in Designing the Residential Buildings in Cold Dry Climate of Tabriz Metropolis to Reduce Air Pollution in Urban Environment", abstract = "Nowadays, the earth is countered with serious problem
of air pollution. This problem has been started from the industrial
revolution and has been faster in recent years, so that leads the earth
to ecological and environmental disaster. One of its results is the
global warming problem and its related increase in global
temperature. The most important factors in air pollution especially in
urban environments are Automobiles and residential buildings that are
the biggest consumers of the fossil energies, so that if the residential
buildings as a big part of the consumers of such energies reduce their
consumption rate, the air pollution will be decreased. Since
Metropolises are the main centers of air pollution in the world,
assessment and analysis of efficient strategies in decreasing air
pollution in such cities, can lead to the desirable and suitable results
and can solve the problem at least in critical level. Tabriz city is one
of the most important metropolises in North west of Iran that about
two million people are living there. for its situation in cold dry
climate, has a high rate of fossil energies consumption that make air
pollution in its urban environment. These two factors, being both
metropolis and in cold dry climate, make this article try to analyze the
strategies of climatic design in old districts of the city and use them in
new districts of the future. These strategies can be used in this city
and other similar cities and pave the way to reduce energy
consumption and related air pollution to save whole world.", keywords = "Air pollution, Urban Environment, Metropolis, Residential building, Fossil energies.", volume = "5", number = "4", pages = "183-4", }