$$$$ MECA NOTICE CHAT 11/09/12 21:17:14 7124 DATE 11/09/12 Voir aussi : ELASTIC CALCULATION IN MECHANICAL ANALYSIS ------------------------------------------ List of useful operators for performing an elastic calculation in mechanical analysis : ----------------------------------------------------------------------- | OPTION : General options for calculations | ----------------------------------------------------------------------- | ET : Enables the gathering of the properties described by | | region: meshes, fields, stiffnesses... | ----------------------------------------------------------------------- | MODELE : Definition of the material behavior model | ----------------------------------------------------------------------- | MATER : Description of the material properties | | CARAC : Description of additional characteristics | | thickness, inertias.... | ----------------------------------------------------------------------- | RIGIDITE: Construction of element stiffness matrices | | MASSE : Construction of element mass matrices | ----------------------------------------------------------------------- | BLOQUE : Description of clamping conditions and imposed | | displacements | | SYMTRIE : Description of the structure symmetrical properties | | ANTISYM : Description of antisymmetrical properties | | RELATION: Description of the relations imposed between the problem | | unknowns | ----------------------------------------------------------------------- | DEPIMP : Attribution of values to the imposed displacements | ----------------------------------------------------------------------- | FORCE : External forces input | | MOMENT : Moment input | | PRESSION: Calculates the generalized forces due to pressure | | BSIGMA : Supplies the force field stemming from a stress field | | integration | | RESU : Makes it possible to get to know a force field resultant | ----------------------------------------------------------------------- | THETA : Calculates the equivalent stresses due to a temperature | | field | ----------------------------------------------------------------------- | RESOU : Calculation of displacements from forces and stiffness | | VIBRATI : Calculation of eigen modes and frequencies | ----------------------------------------------------------------------- | TIRER : Extraction of eigen modes from the solution object | | constructed by VIBRATI | ----------------------------------------------------------------------- | SIGMA : Calculation of stresses | | VMIS : Calculation of equivalent stress | ----------------------------------------------------------------------- | VECTEUR : Construction of a set of vectors that can be plotted | | from a field | | DEFORME : Construction of a structure deformed shape that can be | | plotted | ----------------------------------------------------------------------- | TRACE : Magnitude plot on meshes | | LIST : Printing of the results | ----------------------------------------------------------------------- | SAUVER : Calculation backup | | RESTITUER:Calculation restart | ----------------------------------------------------------------------- The CALCULER procedure makes it possible to chain these operations in the context of a simple calculation. Once the mesh is constructed, enter " CALCULER ;", then answer the questions.
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