搜索资源列表
Bouc_Wen01
- 利用MATLAB语言对阻尼器的恢复力模型进行仿真-The use of MATLAB language of the restoring force damper simulation model
bouc_wen_simulink
- bouc-wen模型的simlink仿真-bouc-wen model simlink Simulation
Bouc-Wen
- Bouc-Wen非线性滞回模型仿真程序，通过此程序可观察Bouc-Wen模型中各参数对其所描述的滞回曲线形状的影响-Bouc-Wen nonlinear hysteretic model simulation program, described by the Bouc-Wen model parameters on the hysteresis curve shape can be observed through this prog
Is
- 基础隔震结构简化成串联多质点系计算动力响应，隔震支座采用Bouc-wen模型模拟，用Newmark逐步积分法计算。-Base isolation structure is simplified into a series multi-particle system dynamic response, isolators using Bouc-wen model simulation, calculated using the Newma
bouc_wen
- 利用已识别出的参数，得到Bouc-Wen模型的力-位移曲线。-Obtain the force-displacement curve of Bouc-Wen model, using the identified parameters.
BoucWen
- 用于bouc-wen模型，非常好用，是个好帮手-For bouc-wen model, very easy to use, it is a good helper
3.1-b=2-r=2
- 本例子用于计算bouc-wen模型的动力响应-This example is used to calculate bouc- wen dynamic response of the model
Bouc-Wen参数仿真
- 对于磁流变阻尼器中的一种模型的建立。适用于MATLAB程序(a model of MR damper,suitable for MATLAB)
Bouc-Wen参数识别参考程序
- 基于bouc-wen模型的参数辨识matlab程序(parameter identification)
BOUC-wen
- VBA编写的Bouc-Wen模型，拟合滞回曲线，应用于很多研究中，需要的联系我，VBA编写的Bouc-Wen模型模型，拟合滞回曲线，应用于很多研究中，需要的联系我，VBA编写的BOuC-文模型，拟合滞回曲线，应用于很多研究中，需要的联系我(TheBouc-Wenmodel compiled by VBA is used to fit hysteretic curve in many studies. It needs to contac
parameters_2_story(1)
- 此代码是2个自由度的bouc-wen模型代码，如有漏洞，敬请指出(This code is a Bouc-Wen model code with 2 degrees of freedom. If there is a loophole, please point out)
Ukaolv
- 结构动力学多自由度体系计算，包括隔震支座，采用Newmark法为基础，————— ————考虑Bouc-Wen模型进行计算(The calculation of multi degree of freedom system of structural dynamics,including isolation bearing, is based on Newmark method,Calculation with bouc Wen mod
matlab代码
- 在命令行输入%%滞回曲线 t0=0; tf=20; x0=[0 0 0] [t,x]=ode45('Lorenz',[t0 tf],x0); plot(x(:,1),x(:,3))，可得滞回曲线(Enter the%% hysteresis curve on the command line t0=0; tf=20; x0=[0 0 0] [t,x]=ode45('Lorenz',[t0 tf],x0); plot(x(:,1),x(:
Bouc Wen
- 经典Bouc-Wen模型，可计算摩擦装置迟滞曲线(Classical bouc Wen model)