Energy Efficient Design Strategies In The Hot Dry Area Of Turkey

Energy efficient architectural design strategies in hot dry area of iran.

Energy efficient design strategies in the hot dry area of turkey.

Energy efficient design strategies in the hot dry area of turkey. Kashan kamyar tolou behbood1 mohammad taleghani2 and shahin heidari3 abstract climate had a major effect on the performance of the traditional building architecture and its energy consumption in hot dry area of iran. The study first aims to show the similarities and the differences of the traditional housing principles from the climate responsive design point of view. Climate has a major effect on the performance of the building and its energy consumption.

Kashan emirates journal for engineering research vol. Request pdf energy efficient design strategies in the hot dry area of turkey climate has a major effect on the performance of the building and its energy consumption. This study is based on a student workshop which has been carried out for a hot dry area of turkey. The most important design parameters affecting indoor thermal comfort and energy conservation in building scale are site and orientation of the building distance between buildings building form optical and thermo physical properties of the building envelope.

By arranging those forms with courtyards shady areas can be obtained. Building and environment 43 2008 1301 1309 energy efficient design strategies in the hot dry area of turkey g. Climate has a major effect on the performance of the building and its energy consumption. This study is based on a student workshop which has been carried out for a hot dry area of turkey.

In this study design strategies in mardin a town situated in the hot dry area of the south eastern part of turkey were examined and modern and traditional houses were evaluated in terms of design criteria such as selection of the area distance between buildings orientation building envelope and building form. In courtyards with the help of water and plants for. Yılmaz faculty of architecture istanbul technical university 34437 tas kıs la taksim istanbul turkey. Energy efficient design strategies in temperate humid and hot dry climates.

Lack of water and energy sources in these areas. Energy efficient architectural design strategies in hot dry area of iran. This study is based on a.