ANSYS Workbench Inputs parameters

Input Lame elastic parameters for isotropic and calculate corresponding isotropic parameters used by Workbench

Input a single harmonic frequency to solve

Disable corresponding parameters in workbench

This is an extension and making sure that the customization project works for:

1) Customizing materials i.e. inputting table materials, adding a calculator to calculate the second parameter that ANSYS accepts.

2) calculate elastic wave speeds and wave numbers for medium cL=sqrt( (lambda+2*mu )./rho_mat ); % Longitudinal wave speed cS=sqrt( mu./rho_mat ); % Shear wave speed frequencies and the frequency from relative frequency which is frequency=kR*cS/(2*pi*rq); omega=2*pi*frequency; % rad/sec

Compétences : Génie Mécanique, Mécatronique, Mise en Page PCB, Design de produits, Gestion de Produits

en voir plus : workbench design, wave by design, shear design, longitudinal design, harmonic design, change element properties workbench ansys, workbench ansys, finite element workbench ansys, ansys workbench ansys classic, fatigue analysis ansys workbench, buckling analysis ansys workbench, change element type ansys workbench, ansys matlab modal parameters extraction, rod scholl ansys workbench, ansys workbench point testing

Concernant l'employeur :
( 105 commentaires ) Orlando, Canada

Nº du projet : #8524192

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