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[Matlab]
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- 21kb
- Update:
- 2016-01-13
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Description: Monte Carlo simulation of a single degree of freedom with TRMD damper device, using Newmark-Beta method
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蒙特卡洛模拟-KF调整TRMD参数-Runge-Kutta法
.........................................\白噪声-平动-WYM-Runge-Kutta法
.........................................\.............................\SptrmRpst2.m
.........................................\.............................\lgkt.m
.........................................\.............................\lgkt1.m
.........................................\.............................\newmark1dof.m
.........................................\.............................\newmark2dof.m
.........................................\.............................\white noise-NM.m
.........................................\.............................\white noise-RK.m
.........................................\.............................\white noise1dof-NM.m
.........................................\.............................\white noise1dof-RK.m
.........................................\调制白噪声（金井清谱-平动-WYM）-Runge-Kutta法
.........................................\.............................................\SptrmRpst2.m
.........................................\.............................................\SptrmRpst8.m
.........................................\.............................................\lgkt.m
.........................................\.............................................\lgkt1.m
.........................................\.............................................\newmark1dof.m
.........................................\.............................................\newmark2dof.m
.........................................\.............................................\white noise-NM.m
.........................................\.............................................\white noise-RK.m
.........................................\.............................................\white noise1dof-NM.m
.........................................\.............................................\white noise1dof-RK.m
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