对流换热系数是一个描述传热过程的重要特征参数，在供热工程、冶金工业、航

对流换热系数是一个描述传热过程的重要特征参数，在供热工程、冶金工业、航空航天、人类生活中都有着举足轻重的意义。但在实际生活中，由于换热结构复杂，换热环境恶劣，非线性物性参数复杂等问题，实验与理论方法获取精确对流换热系数较为困难。传热学反问题这一新求解方式在处理该问题时大有作为。

Convective heat transfer coefficient is an important characteristic parameter to describe the heat transfer process. It is of great significance in heating engineering, metallurgical industry, aerospace and human life. However, in real life, due to the complex heat exchange structure, bad heat exchange environment and complex nonlinear physical parameters, it is difficult to obtain the accurate convective heat transfer coefficient by experimental and theoretical methods. The new solution of inverse problem of heat transfer has great potential in dealing with this problem.

Convection heat transfer coefficient is an important characteristic parameter to describe the heat transfer process, which is of great significance in heating engineering, metallurgical industry, aerospace and human life. However, in real life, it is difficult to obtain accurate convective heat transfer coefficient by experimental and theoretical methods because of the complex heat transfer structure, bad heat transfer environment and complex nonlinear physical parameters. Heat transfer inverse problem, a new solution, has great potential in dealing with this problem.