Optimal use of Climate in the Construction of Traditional Housing as a Greenhouse in Iran
From a long time age, human beings have chosen their
place of residence and comfort so that those places would have
relatively ideal natural and climatic conditions. For this reason, from
the beginning, the civilizations have been formed in the susceptible
natural regions such as Mesopotamia in Iran and Nile coasts in
Egypt. Also, the core of human density has been made in the form of
an oasis in the deserts.
Regarding the formation and combination of the native
architecture in different regions of Iran, we find that different
properties of these climates have affected frequently the formation of
cities and the architectural combinations of these regions. Thus, the
precise determinations of climatic areas and attaining the climatic
properties of different regions have a great deal of importance in
presenting appropriate and compatible-with-climate designs.
[1] Roger DeNault.( 2001) .Why Passive Solar . American Solar Energy
Society (ASES) , 2400 Central Avenue G-1,Boulder, CO 80301,
[2] California energy commission, Consumer energy center. (2003)
.Trombe Wall .
[3] Andere & Leslie (2000) .Solar Plans and Information. www.hobbygreenhouse.
com -Office of energy efficiency and renewable energy,
"Buildings for 21stcentury".
[4] M .Kasmaei.( 1984). Climate and Architecture . Iran Housing Firm,
architectural group, the research and planning section in the
restructuring constructions affairs, first edition.
[5] V. Ghobadian.(2003). the Climatic Research of Iran Traditional
Constructions. the Edition and Publication Institute of Tehran
University.
[6] M,Razjouyan. (1990).Welfare By Compatible-With-Climate
Architecture .The Edition And Publication Center of Shahid Beheshti
University, first edition.
[7] M .Kaviyani.(1993). An Applied Climate of Radiation and Temperature
in Relation to Architecture. Geography Training in Roshd Journal No.
37 & 38.
[1] Roger DeNault.( 2001) .Why Passive Solar . American Solar Energy
Society (ASES) , 2400 Central Avenue G-1,Boulder, CO 80301,
[2] California energy commission, Consumer energy center. (2003)
.Trombe Wall .
[3] Andere & Leslie (2000) .Solar Plans and Information. www.hobbygreenhouse.
com -Office of energy efficiency and renewable energy,
"Buildings for 21stcentury".
[4] M .Kasmaei.( 1984). Climate and Architecture . Iran Housing Firm,
architectural group, the research and planning section in the
restructuring constructions affairs, first edition.
[5] V. Ghobadian.(2003). the Climatic Research of Iran Traditional
Constructions. the Edition and Publication Institute of Tehran
University.
[6] M,Razjouyan. (1990).Welfare By Compatible-With-Climate
Architecture .The Edition And Publication Center of Shahid Beheshti
University, first edition.
[7] M .Kaviyani.(1993). An Applied Climate of Radiation and Temperature
in Relation to Architecture. Geography Training in Roshd Journal No.
37 & 38.
@article{"International Journal of Business, Human and Social Sciences:50254", author = "Emad Hezbkhah and Ebrahim Akhlaghi", title = "Optimal use of Climate in the Construction of Traditional Housing as a Greenhouse in Iran", abstract = "From a long time age, human beings have chosen their
place of residence and comfort so that those places would have
relatively ideal natural and climatic conditions. For this reason, from
the beginning, the civilizations have been formed in the susceptible
natural regions such as Mesopotamia in Iran and Nile coasts in
Egypt. Also, the core of human density has been made in the form of
an oasis in the deserts.
Regarding the formation and combination of the native
architecture in different regions of Iran, we find that different
properties of these climates have affected frequently the formation of
cities and the architectural combinations of these regions. Thus, the
precise determinations of climatic areas and attaining the climatic
properties of different regions have a great deal of importance in
presenting appropriate and compatible-with-climate designs.", keywords = "climate and architecture, energy Optimizing,
Greenhouse ", volume = "5", number = "11", pages = "1337-4", }