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Determining Elastic Modulus of Ceramic Coatings at Elevated Temperature Using Impulse Excitation Technology Chenguang WEI1,a, Yiwang BAO1,b, Xueqiang CAO2, Zhao LIU1, Yuan TIAN1 1Key State Laboratory of Green Building Materials, China Building Materials Academy, Guanzhuang Road, Beijing 100024, PR China 2Wuhan University of Technology, Wuhan 430070, PR China awei306742606@163.com; b ywbao@ctc.ac.cn (Corresponding author) Keywords: Elastic modulus; Elevated temperature; Ceramic coating; Multilayer coating; Impulse excitation; Relative method Abstract.
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The obtained results will contribute to the production of moisture-resistant wood composite material and to the expansion of the scope of its use. 2 Experimental Materials.
To establish the physical and mechanical characteristics of materials, samples in the form of pressed plywood, made on the basis of dry polyester resin mixtures, were used.
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High temperature diffusion bonding has been applied for holding the both materials of the bushing together, which are outer steel materials and inner composite-sintered bushings.
The composite-sintered bushings are consisted of two different materials; outer steel material and inner porous sintered body respectively.
The composite-sintered bushing is made of steel outer skin with porous sintered body inside and the two (2) different materials are bonded together by high temperature diffusion bonding method.
The composite-sintered bushings are consisted of the two different materials; outer steel materials and inner porous sintered materials respectively.
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