热结构力学是研究工程结构受力、受热后的变形与应力的发生、发展和破坏规律,以及各种分析方法的学科。它是固体力学的一个重要分支。近二十多年来,由于高速飞机、宇航飞行器、导弹、火箭、潜艇和原子能发电站等现代科学技术的重大成就,以及它们的组成部分,如涡轮发动机、喷气发动机、火箭发动机、固体燃料发动机、原子反应堆等设计的飞速发展,有力地推动了热结构 Thermal structural mechanics is to study the structure of the force, the deformation and stress after the occurrence of heat, the law of development and destruction, as well as a variety of analytical disciplines. It is an important branch of solid mechanics. For more than two decades, due to the significant achievements of modern science and technology such as high-speed aircraft, spacecraft, missiles, rockets, submarines and nuclear power plants, and their components such as turbo engines, jet engines, rocket engines, solid fuel engines Atomic reactors and other rapid development of the design, a strong impetus to the thermal structure