High-Speed Precision CNC Machine Tools: The Theory and Methods of Thermal Behavior Simulation and Control summarizes the thermal-structure interaction simulation and optimization of high-speed precision machine tools. It begins by examining the current research status of high-speed precision machine tools followed by the thermal-structure interaction characteristic modeling and simulation of high-speed precision machine tools. Later chapters are related to the application of the topology optimization method and axial rotating heat pipe in high-speed precision machine tools. - Provides an important boundary condition for modelling the thermal-structure interaction characteristics of high-speed precision CNC machine tools- Covers the systematic modeling method for thermal-structure interaction characteristics of high-speed precision CNC machine tools- Includes detailed coverage of the application of axial rotating heat pipe in high-speed precision machine tool thermal error control

High-Speed Precision CNC Machine Tools: The Theory and Methods of Thermal Behavior Simulation and Control summarizes the thermal-structure interaction simulation and optimization of high-speed precision machine tools. It begins by examining the current research status of high-speed precision machine tools followed by the thermal-structure interaction characteristic modeling and simulation of high-speed precision machine tools. Later chapters are related to the application of the topology optimization method and axial rotating heat pipe in high-speed precision machine tools. - Provides an important boundary condition for modelling the thermal-structure interaction characteristics of high-speed precision CNC machine tools- Covers the systematic modeling method for thermal-structure interaction characteristics of high-speed precision CNC machine tools- Includes detailed coverage of the application of axial rotating heat pipe in high-speed precision machine tool thermal error control