Name: High-Speed Precision CNC Machine Tools
Price: 320 USD
Availability: InStock
ISBN: 9780443299896

In High-Speed Precision CNC Machine Tools: The Theory and Methods of Thermal Behavior Simulation and Control, 1st Edition, the text presents analytical methods for predicting thermal behavior in advanced production machinery. The volume provides specialized support for designers of computer numerically controlled equipment and researchers engaged in precision machining and precision measurement.

The work organizes its core coverage around thermal-structure interaction simulation to clarify how temperature shifts alter structural stability. It analyzes heat generation inside high-speed spindle systems while tracking their transient thermal behavior under operating conditions. Building on these concepts, the text connects initial thermal modeling directly with specialized machine tool heat dissipation strategies.

A primary focus of the volume includes multi-objective topology optimization of cooling plates and cooling water jackets to enhance thermal error control. Additionally, the text details how the gas-liquid phase change of axial rotating heat pipes impacts the fluid-thermal-solid behavior of high-speed spindles. This structured coverage offers targeted assistance for engineering practitioners studying heat mitigation in precision hardware.

Chapter 1: Introduction
Chapter 2: Theoretical modeling and prediction of contact thermal conductance of bearing contact interfaces
Chapter 3: Heat generation mechanism analysis and transient thermal characteristics simulation of high-speed spindle system
Chapter 4: Thermal-structure interaction characteristics simulation and modeling
Chapter 5: Thermal boundary conditions optimization based on response surface analysis
Chapter 6: Thermal error measurement, modeling, and compensation of ball screw feed drive system with fixed-fixed installation
Chapter 7: Multiobjective topology optimization method of cooling plate and cooling water jacket toward precision machine tool heat dissipation and thermal error control
Chapter 8: Effect of gas liquid phase change of axial rotating heat pipe, sintered core rotating heat pipe, and closed loop pulsating heat pipe on fluid thermal solid behaviors of high speed spindle