Session 1

Fundamental laser plasma physics and plasma matter interaction related to laser peening

激光冲击等离子体物理过及其与物质相互作用

Session 2

Modeling and simulation of laser peening process and effect on residual stress, fatigue, etc.

激光喷丸工艺过程建模与残余应力、疲劳寿命预测

Session 3

Surface integrity and microstructure evolution: experiment, modelling and simulation

激光喷丸表面完整性和微观组织形貌的分析

Session 4

Life extension of components subjected to fatigue, fretting, wear, corrosion, etc.

关键零件激光喷丸改善疲劳、微动、磨损和腐蚀性能

Session 5

Laser peen forming for shaping: experiment, modelling and simulation

激光喷丸成形实验、建模和仿真

Session 6

Laser plasma based novel process and applications

基于激光等离子冲击效应的新工艺及其应用

Session 7

High-power pulsed laser, optics for beam-shaping, optical fiber for delivery and laser peening equipment

高功率脉冲激光、光束整形、光纤传输和激光喷丸设备研究

Session 8

Hybrid process with laser peening, such as 3D printing, mechanical and heat treatment, etc.

激光喷丸复合工艺，如3D打印、机械加工和热处理等

Session 9

Related surface processes and phenomena: cavitation peening, UNSM (ultrasonic nanocrystal surface modification), ball burnishing, shot peening, etc.

各类表面强化工艺及现象：空化喷丸、超声喷丸、滚压强化、机械喷丸等