تتلخص فكرة هذا البحث حول دراسة تغير معامل التوصيل الحراري لمزيج من البيتون مع
الياف الصوف السورية بنسب وزنية مقدارها 0.5%, 1%, 2%, 4% بهدف تخفيض
معدل الضياعات الحرارية للأبنية.
The idea of this research is about the study of the change of thermal
conductivity of blend mixture composed of Syrian woolen fibers with concrete
of equal weight percentages of 0,5%, 1%, 2% and 4% respectively. the purpose
is to diminish the ratio of the thermal loss in the building.
المراجع المستخدمة
Luikov., A. V., Shashkov, A.G., Vasliev, L.L., and Fraiman, Y.E., " Thermal conductivity of porous systems: Int. J. heat and mass transfer, vol 11,1968
Battacharyya, R.K., "Heat transfer model for fibrous insulation ", Thermal insulation performance, ASTM STP 718, McElroy, D.L., and Tye, R.P., Eds., ASTM 1980
Arunkumar, C., Megwal, H.S., Borkar S.P., Bhongade, A.L., 'Recycling of Chicken Feather and Wool Fiber Waste into Reinforced Multilayer Composite – A Review', Technical Textile, Journal of the Textile Association, March-April 2013