各向异性非均匀介质中静态平面温度场问题与反平面应变、应力场问题近年来曾被许多作者研究过。在文献[1]中,David.L. Clements and C.Rogers在特殊情况下应用边界元方法得到了通解所满足的边界积分方程。本文将这二个问题化到广义解析...各向异性非均匀介质中静态平面温度场问题与反平面应变、应力场问题近年来曾被许多作者研究过。在文献[1]中,David.L. Clements and C.Rogers在特殊情况下应用边界元方法得到了通解所满足的边界积分方程。本文将这二个问题化到广义解析函数的边值问题,并且在文献[2]的基础上,提出了各向异性非均匀弹性介质中静态平面温度场问题与反平面应变、应力场问题的应力边值问题和位移边值问题的一种计算方法。采用这种方法,容易得到这二个边值问题的数值结果。最后,本文对具体例子进行讨论并且给出了该问题的数值结果。展开更多
Based oil the fundamental principles of meteorology and thermodynamics, the calculation theory of the nonlinear unstable pavement temperature fields of two-dimension layered system by analytic theory is established an...Based oil the fundamental principles of meteorology and thermodynamics, the calculation theory of the nonlinear unstable pavement temperature fields of two-dimension layered system by analytic theory is established and the calculation methods of surface temperature, ground temperature distribution along the thickness under different climate conditions are put forward respectively.展开更多
文摘各向异性非均匀介质中静态平面温度场问题与反平面应变、应力场问题近年来曾被许多作者研究过。在文献[1]中,David.L. Clements and C.Rogers在特殊情况下应用边界元方法得到了通解所满足的边界积分方程。本文将这二个问题化到广义解析函数的边值问题,并且在文献[2]的基础上,提出了各向异性非均匀弹性介质中静态平面温度场问题与反平面应变、应力场问题的应力边值问题和位移边值问题的一种计算方法。采用这种方法,容易得到这二个边值问题的数值结果。最后,本文对具体例子进行讨论并且给出了该问题的数值结果。
文摘Based oil the fundamental principles of meteorology and thermodynamics, the calculation theory of the nonlinear unstable pavement temperature fields of two-dimension layered system by analytic theory is established and the calculation methods of surface temperature, ground temperature distribution along the thickness under different climate conditions are put forward respectively.
