Design and Achievement of Automatically Generated Fault Tree and Fault Diagnosis System for Loaders

Yan Feng; Jun Liao

doi:10.4028/www.scientific.net/AMR.479-481.990

Paper Titles

Algorithm and Implementation Write by R Software for Estimating the Transition Matrix of Homogeneous Markov Chain in Reliability Predictions
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The Optimization Design of the Tunneller Drive Wheels Walk Department
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A Practical Synthetic Method for 7-ATCA
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Analysis of Fretting Behavior for Fasten Surface between Diesel Engine Cylinder Block and Main Bearing Cap
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Design and Achievement of Automatically Generated Fault Tree and Fault Diagnosis System for Loaders
p.990

The Fuzzy Reliability Robust Design Based on MATLAB
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SWOT-PEST Analysis of China's Dry Port
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New Method of Powertrain Reliability Test Correlated with Customer Field Usage
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Reliability Sensitivity Analysis for Differential Expansion of Steam Turbine by Saddlepoint Approximation
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 479-481Design and Achievement of Automatically Generated...

Design and Achievement of Automatically Generated Fault Tree and Fault Diagnosis System for Loaders

Abstract:

By using Hibernate + Structs + JSP component technology and in the overall technology of MVC 3-tier application, automatically generated fault tree and fault diagnosis system for loaders was designed and developed based on Eclipse platform in web development language of Java EE.