The Effect of Process Parameters on Strain Rates in Laser Shock Forming

Yin Fang Jiang; Zhen Zhou Tang; Lei Fang; Zhi Fei Li

doi:10.4028/www.scientific.net/KEM.464.572

Paper Titles

Research on Cutting Performance of High-Speed Steel Drills during Drilling the Powder Metallurgy Nickel-Based Superalloy
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Fatigue Crack Propagation Experiment and Simulation on 7050 Aluminum Alloy
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Research on Constructing Surrogate Model of Coronary Stent Mechanical Property
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Effects of Processing Parameters on the Laser Deposited Co-285 + WC Coatings
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The Effect of Process Parameters on Strain Rates in Laser Shock Forming
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Study the Effect of Synchronized Force on Combination Frame Structure of Large Forging Press
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Analysis of the Thermal Response in Micromachine under the Thermal Shock
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Theoretical Calculation and Numerical Analysis of Residual Stress in Laser Peen Forming of Metal Plate
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The Investigation of the First Order Size Effect in Micro-Plastic Forming
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 464The Effect of Process Parameters on Strain Rates...

The Effect of Process Parameters on Strain Rates in Laser Shock Forming

Abstract:

Laser shock forming (LSF) is characterized in non-contact load, high pressure and high strain ratio. It has many promising applications in aerospace, automotive, metal and many other industries. However, despite the extensive experimental and modeling study in literature, seldom investigations are about the effect of laser parameters on strain rates. With the variation of strain rates in LSF, the failure mechanism and plastic instability theory are different. Therefore, the variation of strain rates should be considered in the process of establishing LSF theory. Based on this, the article discussed the effect of laser shock parameters on the strain rates. Taken the 3003-H16 aluminum alloy as the specimen, the finite element (FE) analysis for LSF was performed.