Author(s)

Ahmat Charfadine¹, Mahamat Barka^1*, Abakar Mahamat Tahir¹, Mohagir Ahmed Mohammed¹, Pr. Salif Gaye²

¹Laboratory of Renewable Energy and Materials Premises of the University of N’Djamena, N’Djamena, Chad.
²Laboratory of Materials, Mechanics and Hydraulics of the University of Thies, Thies, Senegal.

For the earth material construction is the most used one in Chad, the object of this work is the assessment of the thermal quality of earthen adobe mixed with straw. Different simulation software analyzes the CoDyBa which is conducted to determine the behavior of this material compared to living comfort thanks to the Fanger model, which is a method of approach to thermal comfort standpoint. The study focused on two configurations on the formation of the walls of a room. The first of these configurations led to the definition of a first cell constructed earthen adobe named Batter roofing sheet aluminum and a second cell built in blocks named Batbet which had the same geometric characteristics (thickness, dimensions and side openings) and covered in the same manner as the ground cell. The different comfort indices PMV and PPD values of these two configurations of habitat were identified and were used to determine their thermal comfort rating.

Habitat Assessment, Habitat Suitability, Building Monitoring, Climate Change, Thermal Habitat, Orientation, Solar

Charfadine, A. , Barka, M. , Tahir, A. , Mohammed, M. and Gaye, P. (2016) Approach Thermal Habitat Assessment in N’Djamena in Chad. World Journal of Engineering and Technology, 4, 82-102. doi: 10.4236/wjet.2016.41009.