The Integrated Application Based on Order Moment Method and Improved Monte-Carlo Method in Mechanical Reliability Simulation

Yong Feng Yin; Jian Guo Zhang

doi:10.4028/www.scientific.net/AMR.118-120.141

Paper Titles

Fatigue Limit Measurement of the Cast Steel for Chinese Railway Rolling Wagon Bogie Frames
p.121

Anti-Ratcheting Design Software for Primary Auxiliary Pipeline in Nuclear Power Plant
p.126

Ratcheting Boundary Analysis of Straight and Elbow Piping
p.131

Corrosion Fatigue of Aircraft Aluminum Alloy Structure in the Coastal Environment and Improvements
p.136

The Integrated Application Based on Order Moment Method and Improved Monte-Carlo Method in Mechanical Reliability Simulation
p.141

Load Transfer Analysis of Cracked Bolted Joints
p.147

Study on Rolling Contact Behaviors of Three Kinds of Railway Wheel Treads
p.151

Life Prediction of High Temperature Welded Component by Skeletal Point Rupture Stress
p.156

Studies on Fatigue Properties of Steel with Co-Based Alloy Hardfacing Coating
p.161

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 118-120The Integrated Application Based on Order Moment...

The Integrated Application Based on Order Moment Method and Improved Monte-Carlo Method in Mechanical Reliability Simulation

Abstract:

Based on order moment method and improved Monte-Carlo method, this paper mainly studies the importance sampling method which combines with the first-order second-moment method, including how to get the sampling barycenter, how to get the importance distributing function and how to control sampling precision. Finally, the method studied in this paper is applied in actual engineering example and the verification result shows that the method is correct and effective and has higher engineering practical value.