Finite element analysis, nonlinear analysis and CAE workflows with Abaqus, ANSA and ANSYS.
Learn the Abaqus interface and the end-to-end static analysis workflow with hands-on practice.
Curriculum
Master advanced nonlinear solution controls including large deformation, plasticity, buckling and collapse.
Curriculum
Learn crash analysis with the explicit solver, mass scaling, impact and energy balance hands-on.
Curriculum
Learn FEA best practices with model idealization, verification, validation and engineering judgement.
Curriculum
Learn the industrial CAE workflow from requirement analysis to post-processing and design optimization.
Curriculum
Learn the fundamentals of the finite element method, the solution process, and a correct modeling approach.
Learn geometry creation, partitioning, meshing and parametric modeling techniques in Abaqus/CAE.
Learn geometry cleanup, topology and shell/solid mesh generation with the ANSA pre-processor.
Learn static structural analysis, contact definition and result interpretation in ANSYS Workbench.
Practice the full meshing workflow including CAD import, geometry repair, mid-surface and hexa mesh.
Learn correct selection of beam, shell and solid elements, element distortion and integration differences.
Learn linear static analysis with material, constraint, load and contact definitions and mesh convergence.
Learn modal analysis, harmonic response, random vibration and response spectrum analyses hands-on.
Learn to solve contact problems with contact pairs, general contact, friction and contact stabilization.
Learn geometric, material and contact nonlinearity with increment control and convergence concepts.
Systematically resolve convergence errors such as initial penetration, negative eigenvalues and zero pivot.
Learn linear buckling, imperfections, the Riks method and post-buckling analysis hands-on.
Learn true stress-strain, isotropic/kinematic hardening and the Johnson-Cook material model.
Learn hyperelastic material calibration with Mooney-Rivlin, Neo-Hookean and Ogden models.
Learn to analyze time-dependent deformation, creep laws, thermal loading and stress relaxation.
Learn to model fracture mechanics with damage initiation, XFEM, cohesive zones and crack propagation.
Learn composite layups, material orientation, failure criteria and delamination analysis.
Analyze bolted joints with bolt pretension, friction, sequential tightening and residual stress.
Learn to model spot and seam welds, connector elements, weld stiffness and weld fatigue.
Learn automotive body analysis with BIW modeling, chassis stiffness, durability and load cases.
Analyze cell, module and pack structures with thermal expansion and mechanical abuse scenarios.
Learn sheet metal forming analysis with forming process, blank holder, springback and material models.
Learn model generation, batch analysis, ODB processing and report automation with the Abaqus API.
Learn advanced scripting with the object model, parametric studies, GUI plug-ins and custom workflows.
Learn to use MATLAB for data processing, curve fitting, material calibration and automation.
Learn to diagnose failed analyses and debug solver messages, contact and mesh issues.
Learn to validate analysis models with modal testing, FRF, correlation and model updating.
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