A study on micro hydroforming using shock wave of 355 nm UV-pulsed laser

Physics & Astronomy

• air 5%
• automobiles 11%
• computerized simulation 7%
• electric batteries 9%
• finite element method 7%
• grooving 13%
• heat transfer 7%
• hydroforming 100%
• laser beams 6%
• lasers 24%
• manufacturing 7%
• metal sheets 34%
• photomechanical effect 32%
• products 5%
• pulsed lasers 47%
• selectivity 8%
• shock 14%
• shock waves 48%
• strain rate 8%
• temperature effects 8%
• ultraviolet lasers 59%
• water 10%

Engineering & Materials Science

• Air 5%
• Automobiles 8%
• Computer simulation 5%
• Costs 3%
• Finite element method 5%
• Heat transfer 6%
• Industrial applications 8%
• Laser beams 10%
• Lasers 42%
• Mechatronics 10%
• Pulsed lasers 76%
• Sheet metal 29%
• Shock waves 62%
• Strain rate 8%
• Thermal effects 9%
• Ultraviolet lasers 98%
• Water 10%

Chemical Compounds

• Application 11%
• Heat Transfer 19%
• Metal 24%
• Photomechanical Effect 67%
• Pressure 10%
• Shock Wave 77%
• Simulation 11%
• Strain 12%
• Surface 5%