Analysis of Latest Application Movement of Laser Surface Heat Treatment Technologies

Guo Min Lin; Li Xia Peng; Yu Feng Zhao

doi:10.4028/www.scientific.net/AMR.291-294.2199

Paper Titles

An Approach to Fatigue Reliability Analysis Based on the Hybrid Model of Probability and Non-Probability
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Local Monte Carlo Simulation for the Reliability Sensitivity Analysis
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Important Sampling for Structural Reliability Based on Radial Basis Function Neural Network
p.2189

Study of Sequential Sampling Method for Weibull Distribution
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Analysis of Latest Application Movement of Laser Surface Heat Treatment Technologies
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Experimental Study on the Durability of Square-Section Columns Externally Wrapped with Carbon Fiber Reinforced Polymer
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Maximum-Likelihood Estimation of the Parameters with Constraints in Step-Stress Accelerated Life Tests
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Design Improvement through Reliability Analysis of Belt-Type CVT Systems for Scooters
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Dynamic Reliability Analysis of Drill String System in Deep & Ultra-Deep Well Based on the First Excursion Failure Criterion
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 291-294Analysis of Latest Application Movement of Laser...

Analysis of Latest Application Movement of Laser Surface Heat Treatment Technologies

Abstract:

The application of two representative laser surface treatments technologies which are laser shock processing technology and laser coating treatment technology are described. The application of laser shock processing in the fields of aero engine disc, wing panel formation, structural welding and strengthening, nuclear power station pressure container strengthening etc and also evaluates the effects are analyzed. The applications of laser coating treatment in the field of aeronautic manufacturing are analyzed in detail. The development direction of laser shock processing and laser coating treatment are indicated finally.