Dear Guest,Writing tutorials and
maintaining a website are expensive endeavors. I need your help to
continue this effort. Your subscription will allow me to continue this
site and to add new materials.
|
| Free Vibration | Script |
Free vibration of a single-degree-of-freedom system, Runge-Kutta, fourth order method |
RK4_fv.m |
Free vibration of a multi-degree-of-freedom (MDOF) system, Runge-Kutta, fourth order method. |
mdof_rk4_free.m
|
| Response to Base Excitation | Script |
Time history response of a single-degree-of-freedom system to an arbitrary acceleration base input via the Runge-Kutta fourth order method |
RungeKutta_4.m |
Time history response of a multi-degree-of-freedom system to an arbitrary acceleration base input via the RK4 method.This is a modal transient variant. It is intended for the case where the damping is given in terms of a modal damping ratio.This script can also be used for enforced acceleration. |
mdof_modal_enforced_acceleration_rk4.m Supporting functions: partition_matrices.m ODE_acceleration_input.m Generalized_Eigen.mmdof_plot.mplot_legend.mReference: |
Time history response of a multi-degree-of-freedom system to an arbitrary displacement base input via the RK4 method.This is a modal transient variant. It is intended for the case where the damping is given in terms of a modal damping ratio.This script can also be used for enforced displacement. | mdof_modal_enforced_displacement_rk4.m Supporting functions: partition_matrices.m ODE_displacement_input.m Generalized_Eigen.mmdof_plot.mplot_legend.mReference: |
| Response to Applied Force | Script |
Forced vibration of a single-degree-of-freedom system, Runge-Kutta, fourth order method. |
RK4_force.m |
Response
of a multi-degree-of-freedom
system to an arbitrary force or forces, Runge-Kutta, fourth order
method.
|
mdof_arbit_force_rk4.m
|
| Response of a multi-degree-of-freedom system to
an
arbitrary force or forces, Runge-Kutta, fourth order method.
This is a modal transient variant. It is intended for the case where the damping is given in terms of a modal damping ratio. |
mdof_modal_arbit_force_rk4.mSupporting
functions:
|
| Response of a fixed-free beam subjected to an arbitrary force at its free end. | cant_beam_arbit_force_RK4.m Supporting functions: enter_time_history.m geometry_materials.m progressbar.m |
See also:MatlabMatlab_modal_transientMatlab_ode45Matlab_Newmark_Page |
|
|
