The thermal conductivity of several high performance woven fabrics at temperatures ranging from −50? to 200? was measured using the hot wire method to explore the relationship between the thermal conductivity and temperature. Data regression of the least squares was used to obtain curves of the thermal conductivity of various fabrics vs. temperature. Results show that the thermal transfer process in woven fabrics is mainly thermal conduction consisting of phonon and molecular conduction. Thermal conductivity as a function of temperature varies as temperature range changes, and is significantly affected by fiber type.
LinXiaoxuan, “High-temperature thermal insulation performance of light mass composites”, Acta Material Composite Sinica, Vol. 28 (1): 8–14, 2011.
2.
GallegoN.C., “The thermal conductivity of ribbon-shaped carbon fibers”, Carbon-American Carbon Committee, Vol. 38(7): 1003–1010, 2000.
3.
HofmannA.“The thermal conductivity of cryogenic insulation materials and its temperature dependence”, Cryogenics, Vol. 46(11): 815–824, 2006.
4.
MingKai, BinLiu, GuangWen, “Application of measuring method of thermal conductivities”, Storage Process, Vol. 5(6): 35–38, 2005
5.
ZhouWenjing, LeiZou, SukangZhu, “Experimental Method of Textile Material Performance on Unsteady-State Thermal Transfer”, Journal of Donghua University, Vol. 35(2): 177–180, 2009.
6.
KangYong, HongLuo, XiaohuiHou, “Performance Research Progress of Functional Thermal Conducting Polymers”, Chemical Industry, Vol.29(12), 2011.
7.
HaijunWu, “Study on the Heat Transfer Properties of Woven Insulation Material's Pores and Structures”, Jiangnan University, 2007.
8.
XiaDehong, ChenYong, GuoShanshan, “Fractal model for thermal conductivity of fibrous insulation”. Journal of Thermal Science and Technology, Vol. 7(2):97–103, 2008.
9.
XieWeihua, “Fractal model for thermal conductivity of fibrous insulation”, Chinese Journal of Materials Research, Vol. 20(6): 571–575, 2006.
10.
PetrovV.A., “Combined radiation and conduction heat transfer in high temperature fiber thermal insulation”, International Journal of Heat and Mass Transfer, Vol.40(9), 1997.
11.
DaryabeigiK., “Heat transfer in high-temperature fibrous insulation”. Journal of Thermophysics and Heat Transfer, Vol. 17(1): 10–20, 2003.
12.
FanJian, BoNi, “Numerical Simulation of Heat Conduction in Elemental Structure of Textile”, Journal of Donghua University, Vol. 28(4): 5–10, 2002.
13.
WeidongYu, YuancaiChu, Textile Physical, 2001.
14.
ZhouLiu, “Preparation and Properties of Insulating Thermal Conductive Epoxy Resin Based Composites”, Wuhan University of Technology, 2008.
15.
ChenJie, “Microstructure and thermal conductivity of carbon/carbon composites made with different kinds of carbon fibers”, Journal of Central South University, Vol. 19(7): 1780–1784, 2012.
