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Monte-Carlo Simulation of Surface Crack Growth Rate for Offshore Structural Steel E36 Z35 |
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| Authors: | DING Keqin LIU Chuntu ZHAO Junyou GUO Aiju Postdoctoral Fellow |
| Affiliation: | DING Keqin,LIU Chuntu,ZHAO Junyou and GUO Aiju Postdoctoral Fellow,Institute of Mechanics,Chinese Academy of Sciences,Beijing 100080,P. R. China. Professor,Institute of Mechanics,Chinese Academy of Sciences,Beijing 100080,P. R. China. Lecturer,Petroleum University of China,Shandong 257012,P. R. China. Engineer,Zhongyuan Petrochemical Corporation,Henan 457000,P. R. China. |
| Abstract: | The Monte- Carlo method is used to simulate the surface fatigue crack growth rate for offshore structural steel E36-Z35, and to determine the distributions and relevance of the parameters in the Paris equation. By this method, the time and cost of fatigue crack propagation testing can be reduced. The application of the method is demonstrated by use of four sets of fatigue crack propagation data for offshore structural steel E36-Z35. A comparison of the test data with the theoretical prediction for surface crack growth rate shows the application of the simulation method to the fatigue crack propagation tests is successful. |
| Keywords: | Monte-Carlo method simulation surface crack crack growth rate offshore structural steel fatigue crack propagation test |
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