This lesson covers the determination of thermal stress distribution in various components subjected to high temperatures, such as power plants, process equipment, and internal combustion engines. It explains the importance of calculating not only the stresses due to mechanical load but also those arising from temperature distribution. The lesson further delves into the stress-strain relationship involving both mechanical and thermal loading. It provides a detailed explanation of how to calculate thermal stress distribution when a temperature distribution is given in the body. The lesson also includes practical examples and illustrations to help understand the concept better.

- Thermal stress distribution is crucial in components subjected to high temperatures.
- The stress-strain relationship involves both mechanical and thermal loading.
- The calculation of thermal stress distribution requires knowledge of temperature distribution in the body.

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