| 2. | In the paper , typical parts , such as shaft , sleeve and sphere , are selected as study objects . on the basis of enough information , the models of thermal distribution of parts are provided in terms of theory on heat conduction . applying elasticity and thermal elasticity , thermal stress and thermal deformation are computed
本论文通过对典型的简单形状零件(轴和轴套以及球)的热变形研究，在参阅大量国内、外有关文献的基础上，根据热传导理论，建立这些零件温度场的模型，在此基础上，运用弹性理论和热弹性理论进行热应力和热变形的理论计算，由此，将热传导理论、弹性理论和热弹性理论有机地结合起来。 |
