Modern Mechanical Surface Treatment is a description of elementary processes and mechanisms to give readers an easy introduction.

Features:

• Offers systematic, detailed descriptions of the various techniques and three very important types of load effect: thermal, quasistatic, and cyclic loading
• Offers systematic, detailed descriptions of the various techniques and three very important types of load effect: thermal, quasistatic, and cyclic loading

Contents

Procedures of Mechanical Surface Treatments

• Shot Peening.
• Definition and Delimitation of Procedure.
• Devices, Tools and Important Parameters.
• Stress Peening.
• Definition and Delimitation of Procedure.
• Devices, Tools and Important Parameters.
• Warm Peening.
• Definition and Delimitation of Procedure.
• Devices, Tools and Important Parameters.
• Stress Peening at Elevated Temperature.
• Deep Rolling.
• Definition and Delimitation of Procedure.
• Devices, Tools and Important Parameters.
• Laser Peening.
• Definition and Delimitation of Procedure.
• Devices, Tools and Important Parameters

Surface Layer States after Mechanical Surface Treatments

• Shot Peening.
• Process Models.
• Changes in the Surface State.
• Stress Peening.
• Process Models.
• Changes in the Surface State.
• Warm Peening.
• Process Models.
• Changes in the Surface State.
• Stress Peening at elevated Temperature.
• Deep Rolling.
• Process Models.
• Changes in the Surface State.
• Laser Peening.
• Process Models.
• Changes in the Surface State

Changes of Surface States due to Thermal Loading

• Process Models.
• Elementary Processes.
• Quantitative Description of Processes.
• Experimental Results and their Descriptions.
• Influences on Shape and Topography.
• Influences on Residual Stress State.
• Influences on Workhardening State.
• Influences on Microstructure

Changes of Surface Layer States due to Quasi-static Loading

• Process Models.
• Elementary Processes.
• Quantitative Description of Processes.
• Experimental Results and their Descriptions.
• Influences on Shape and Deformation Behavior.
• Influences on Residual Stress State.
• Influences on Workhardening State.
• Influences on Microstructure

Changes of Surface States during Cyclic Loading

• Process Models.
• Elementary Processes.
• Quantitative Description of Processes.
• Experimental Results and their Descriptions.
• Influences on Residual Stress State.
• Influences on Worhardening State.
• Influences on Microstructure.
• Effects of Surface Layer Stability on Behavior during Cyclic Loading.
• Effects on Cyclic Deformation Behavior.
• Effects on Crack Initiation Behavior.
• Effects on Crack Propagation Behavior.
• Effects on Fatigue Behavior

Index

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