Simulation-based Reliability Analysis for Kinematic Accuracy of Retracting Mechanism of Landing Gear
A simulation-based reliability analysis approach for kinematics accuracy of retracting mechanism was presented. The parametric variable model with linkage dimension error and joint clearance of retracting mechanism was modeled in ADAMS software, adopting the Monte Carlo simulation method to analysis the influence of kinematic accuracy caused by linkage dimension error and joint clearance. The flowchart of the approach was given, which is no need to deduce or solve the complicated analytical equations compared with the traditional methods. Finally, take the retracting mechanism as an example with the consideration of geometry manufacture and joint clearance errors, which actually influence the reliability of kinematic accuracy of mechanism, the result is more accurate than that of the traditional methods. Furthermore, the approach is more suitable for complex mechanism and thus can be employed in engineering application.
simulation-based reliability analysis kinematics accuracy monte carlo simulation retracting mechanism of landing gear
Bing Zhang Jun Zhang
Department of Mechanical & Electrical Engineering Shandong Water Polytechnic Rizhao, China
国际会议
成都
英文
776-780
2010-12-17（万方平台首次上网日期，不代表论文的发表时间）