Education Courses

Introduction to software environment – Coordinate system – View – Units system – Assembly – Dynamic control – Output analysis – Programming language – File input and output – Links to MATLAB and Simulink software – Finite element analysis – Simulation of rod mechanisms – Gears – crankshafts and pistons – robots – system vibrations
Risk assessment analysis in industrial complexes (petrochemical, refinery, etc.)
General floating modeling – Hydrostatic analysis of the structure – Hydrodynamic analysis and floating maneuvering – Analysis of floating resistance using approximate methods – Accurate modeling of sheets used in the structure and basic executive drawings – Preparations for the preparation of stability calculation booklet
Calculate current transmission lines and select the pump
Familiarity with the environment – Geometry drawing – Introduction of boundary and loading conditions – Elements and their production – Results display solutions – Simulation of heat transfer in solids and fluids – Simulation of smooth and turbulent flow of fluid – Simulation of Newtonian and non-Newtonian fluid flow – Mass transfer – Interaction of fluid-structure – Electromagnetic effects on fluid flow
Introduction to finite element theory – Familiarity with software environment – Modeling – Application of solvents – Materials – Elements and meshing methods – Definition of contact – Perform simulation – Output capture – Troubleshooting – Analysis of results – Solve practical examples (Truss analysis, tensile testing, natural frequency analysis, composite material analysis – deep tensile forming – hot rolling – buckling – fracture mechanics – review of recent global projects with Abaqus software
Quasi-static analysis – Impact and explosion analysis – Submodeling – Stress thermal coupling analysis – Fracture mechanics – Damage and failure modeling – Seismic analysis – Structure-fluid interaction (FSI) – Lagrange Euler coupling (CEL) – Optimization – Project execution Related – with the latest modeling and analysis techniques
Fortran Basic Training – Introduction to Software Programming – Fortran and Abaqus Link Guide – Difference Solving Methods in Subroutines – CAE Environment Settings – DLOAD Subroutine – UMAT Coding – VUMAT Coding – USDFLD and VUSDFLD Coding – Introduction and Use Utility Routine – Sub-program error correction – Sub-program validation guide – Solving examples related to plasticity, damage to composite and metal materials