Computation and Realization of the Fractal Dimensionon Infrared Thermal-Imaging
As one of the most important material in civil engineering, concrete has the failure mechanism which the initial defect will lead to damage accumulation thus the performance of concrete will become worse in the loading condition or in corrosion environment. As the damage variable is defined in the foundation of effective stress theory that is related with principle of strain equivalence, the metric gained will be associated to deformation-damage coupling naturally. However difficulties shall be encountered in damage testing and evaluation. Associated with National Natural Science Foundation Project(50238040), on the groundwork of theoretical and experimental research on the coupling of heat conduction-damage, in order to study the coupling problem between concretes damage(mechanics),heat conductivity(physics),heat conduction(thermology) and fractal(math), fractal research will be proceed on the infrared image from experiments, including image process,fractal dimension computing and programming realization.
infrared imaging fractal dimension computing realization
Ying Wu Zhuoqiu Li Xianhui Song
associate professor in China University of Geoscience,He is engaged in teaching and researching of s School of Science ，Wuhan University of Technology,Wuhan,430070, China School of Science ，Wuhan University of Technology, China
国际会议
武汉
英文
2007-09-21（万方平台首次上网日期，不代表论文的发表时间）