ESP_RESP_1GL

Models the behavior of several pendulums with different periods of vibration, under the scheme that the stiffness ans mass are equal.

ESP_RESP_1GL( )

models the behavior of several pendulums with different periods of vibration, under the scheme that the stiffness ans mass are equal to each other.

example:

ESP_RESP_1GL

for this exampkle the process return a GUIDE where you can change following options

1.- Load data from data through ascii or binary file, so you can load earthquake data by omission inner matlab (quake.mat)

2.- Defines the vector of periods that code will display its behavior when those subjected to earthquake recording. these should be separated by spaces.

3.- Select type ofo movement that you want see on the guide

4.- Select the avilable method to obtain the respose spectrum, the author is not responsible for the subroutines selected in this code, because some where taken as shown in this repository. Only the data output variables were adapted for use in this work.

5.- Select the component that were loaded from data file. And the aplicattion start the modeling.

NOTE: You can change any of the options to restart the modeling. It is recommended to let the previous evaluation finish.

Each pendulum model must consider the same mass and stiffness between them, so that the period of vibration is determined by the height (or length) of the pendulum. The pendulum will enter resonance when coincide the period of vibration in the base with the period of the pendulum.

Cada modelo de péndulo, debe considerar la misma masa y rigidez entre ellos, para que asi el periodo de vibración quede determinado por la altura (o longitud) del péndulo. El péndulo entrará en resonancia cuando coinciden el peridodo de vibración en la base con el periodo del péndulo.

Author: Euclides Ruiz cruz <[e-mail]>

Center of Research for Superior education of Ensenada. B.C.

Created: 2022-09-13

Updated: 2022-10-18