Design Software
CATIA V5
Master industry-leading 3D parametric modelling for aerospace and automotive engineering.
Mechanical CAD
ANSYS
This course provides comprehensive training on using ANSYS Mechanical for finite element analysis to solve intricate engineering challenges. Students learn to simulate real-world conditions to predict product performance, durability, and structural integrity during the early stages of design.
Duration
80 hours
Who can join
A fundamental understanding of Finite Element Method (FEM) principles and basic mechanical engineering concepts is recommended.
Course goal
To equip learners with essential skills in pre-processing, solving, and post-processing for advanced structural and thermal simulations.
Who should consider this
- Mechanical engineering students
- Design engineers interested in simulation
- Aspiring FEA analysts
- Working professionals in manufacturing R&D
Software / tools
- ANSYS Mechanical
- ANSYS CFX
- ANSYS Fluent
Potential career paths
- CAE Analyst
- Simulation Engineer
- Design Validation Engineer
- Structural Analyst
Syllabus
- Introduction to FEM and ANSYS interface
- Navigating the project schematic and toolbar
- Static structural analysis techniques
- Modeling beams and frame structures
- Applying and managing distributed loads
- Simulating 2D elasticity problems
- Linear and non-linear buckling analysis
- Modal analysis for vibration studies
- Steady-state thermal analysis
- Fundamentals of fluid flow (CFD and CFX)
- Creating fluid domains and geometry
- Advanced meshing strategies
- Defining boundary conditions for solvers
- Visualization and interpretation of results
- Report generation and data validation
Fees and batch timings are shared on enquiry. Career paths are possibilities, not guarantees.
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