Documentation - Code_Aster

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Utilisation - U2 - 63 documents

[U2.00.01] Guide of reading of methodological documentations U2

[U2.01.02] Boundary conditions treated by elimination

[U2.01.04] Documentation of the physical quantities of Code_Aster

[U2.01.05] Stresses, forces and strains

[U2.01.09] Analytical definition of a stress field and an initial field of internal variables

[U2.01.10] Instructions for the choice of finite elements

[U2.01.11] Instructions for the manipulation of fields

[U2.02.01] Operating instructions for plates, shells and SHB elements

[U2.02.02] Operating instructions for pipe elements

[U2.03.04] Instructions for thermo-mechanical and metallurgical calculations on steels

[U2.03.05] Instructions for the numerical simulation of welding

[U2.03.06] A civil engineering calculations with pretensioning cables

[U2.04.01] the Councils of use of STAT_NON_LINE

[U2.04.02] the Councils of implementation of nonlinear computations

[U2.04.03] Choix of the behavior élasto- (visco) - plastic

[U2.04.04] Instructions for use of contact

[U2.04.05] Operating instructions for the THM model

[U2.04.06] How to dig a tunnel : excavation methodology

[U2.04.07] Using methods of transient solving for quasi-static highly nonlinear problems

[U2.04.08] static and dynamic Computations on works géomechanics with the model of Hujeux restricted access

[U2.05.00] methodological Guide on the approaches in fracture mechanics

[U2.05.01] Fracture mechanics operators and usage tips

[U2.05.02] Operating Instructions for the X-FEM model

[U2.05.04] Operating instructions for calculating the limit load

[U2.05.05] Calculation of vibration fatigue

[U2.05.06] Performing calculations of damage in quasi-static transient

[U2.05.07] Operating instructions for cohesive zone models

[U2.05.08] Making a calculated prediction of cleavage fracture

[U2.05.09] Notice of use of method GTP

[U2.06.01] Implementation of a computation of eigen modes of a structure

[U2.06.03] Modeling the mechanical damping

[U2.06.04] Notice for the construction of reduced dynamic models - Applications to the damping

[U2.06.07] Interaction ground-structure (ISS) in seismic analysis with the Code_Aster application interface - MISS3D restricted access

[U2.06.08] dynamic Décollement of foundation in interaction ground-structure (ISS) by method of springs of ground restricted access

[U2.06.09] Seismic analysis : application to pipes restricted access

[U2.06.10] Civil engineering calculations with seismic loading

[U2.06.11] Analysis of the seismic resistance of large metalicl tanks

[U2.06.12] Seismic analysis with soil-structure interaction and spatial variability restricted access

[U2.06.13] General tips for using the operator DYNA_NON_LINE

[U2.06.14] the Councils of implementation of computations in Interaction Fluid-Structure

[U2.06.21] Interaction ground-structure (ISS) and interaction ground-fluid-structure (ISFS) in seismic analysis with the Code_Aster application interface - MISS3D restricted access

[U2.06.31] Instructions for gyroscopic calculations

[U2.06.32] Notice of implementation of computations of rotors

[U2.07.01] Instructions for the FOURIER modeling

[U2.07.02] Instructions for using the static substructuring

[U2.07.03] Realization of a study of structural modification from the measured data

[U2.07.04] Dynamic condensation of models with static substructuring

[U2.07.05] Implementation of computation by dynamic substructuring

[U2.07.06] dynamic Validation of model by correlation computation-tests

[U2.08.01] Using the error indicators and adaptative meshes strategies

[U2.08.03] Operating instructions for linear solvers

[U2.08.04] Instructions for load buckling calculations

[U2.08.05] Numerical simulation of Monte Carlo

[U2.08.06] Operating instructions for parallelism

[U2.08.07] Distribution of parametric calculations

[U2.08.08] The method of manufactured solutions for testing software

[U2.08.09] Mesh adaptation into nonlinear

[U2.09.01] Instructions for an analysis of crack noxiousness with the ASPIC skill module restricted access

[U2.09.02] Computation of a bolt-flange assembly

[U2.09.03] Instructions for calculation and post-processing according to RCCM restricted access

[U2.10.01] Instructions for the coupling between Code_Aster and ZMAT/UMAT modules

[U2.51.01] Operating instructions for Grace

[U2.51.02] Plotting curves with Code_Aster