Simulation

Applied Finite Element Analysis (Beginners Level)

Entry level Engineering Professionals

Applied Finite Element Analysis (Beginners Level)

Course ID: TECH049

Major Category: Simulation

What will you learn?

Design Basics. Structural and Thermal FE Methodology. Linear to Non-Linear Analysis. Case-studies.

Course Modules

Basic Design Fundamentals. FEM Procedure for Static Structural problem – 1D/2D. FEM Procedure for Vibration problem – 1D. FEM Procedure for Thermal problem- 1D. Case-studies using ANSYS APDL.

Salient Features

Introduction to CAD modelling using advanced tools. Hands-on sessions for 1D & 2D using ANSYS APDL. Hands-on sessions for 3D using ANSYS Workbench. Case-studies in various industry domain. Resource Materials. Live Tutorials. Lab sessions using ANSYS, MSC,ABAQUS,LSDYNA. Certification of Completion . Professional Co-Certification possible with MSC/ANSYS/DS.

Number of Hours: 30

Contact Email: deancc.sponresearch@vit.ac.in

Contact Person: Dean, SpoRIC

Contact Number: 73587 82571

Session Dates:

Batch 1 starts from: 24-08-2023
Batch 2 starts from: 26-10-2023

Applied Finite Element Analysis (Intermediate Level)

FE Simulation Expert

Applied Finite Element Analysis (Intermediate Level)

Course ID: TECH050

Major Category: Simulation

What will you learn?

Design Basics. Structural and Thermal FE Methodology. Linear to Non-Linear Analysis. Case-studies.

Course Modules

Idealisation and Simplification. Higher order Finite element formulation – 1D/2D. FEM Procedure for Plate and Shells. Harmonic Analysis with case-studies using ANSYS. Failure Theories and interpretation of results.

Salient Features

Number of Hours: 45

Contact Email: deancc.sponresearch@vit.ac.in

Contact Person: Dean, SpoRIC

Contact Number: 73587 82571

Session Dates:

Batch 1 starts from: 19-10-2023
Batch 2 starts from: 07-01-2024

Computational Fluid Dynamics using OpenFOAM

Open-Source Software Training for Fluid Mechanics Engineers/Scientists

Computational Fluid Dynamics using OpenFOAM

Course ID: TECH048

Major Category: Simulation

What will you learn?

OpenFOAM Hierarchy & Environment. Salome – Geometry and Meshing Tool. Paraview – Interactive Post Processing. Dynamic Mesh Motion Tools.

Course Modules

Types of Fluid flow and OpenFOAM s/w. Geometrical and Mesh Modeling. Multiphase & Compressible flow analyses. Turbulent Convective Heat Transfer. Flow Cases in Rotational Geometry. Running in Parallel for Speed-up.

Salient Features

Open-source and Multi-platform. Scientific Visualization. High Performance Computing. Domain-Specific Applications. Extensive turbulence models. Steady-State and Transient Analyses. Projects on Case-Studies. Focussed classes using BlockMesh, SnappyHexMesh, MPI, Python Trace Script.

Number of Hours: 15

Contact Email: deancc.sponresearch@vit.ac.in

Contact Person: Dean, SpoRIC

Contact Number: 73587 82571

Session Dates:

Batch 1 starts from: 02-02-2024

Applied Finite Element Analysis (Advanced Level)

Solving Real-Time simulation

Applied Finite Element Analysis (Advanced Level)

Course ID: TECH051

Major Category: Simulation

What will you learn?

Design Basics. Structural and Thermal FE Methodology. Linear to Non-Linear Analysis. Case-studies.

Course Modules

Non-Linear Material Models. FEM Procedure for Geometric Non-Linearity. Contact non-linear problem. FEM Procedure for explicit time dependent analysis. Case-studies in manufacturing. DOE using FEM using ANSYS workbench.

Salient Features

Number of Hours: 45

Contact Email: deancc.sponresearch@vit.ac.in

Contact Person: Dean, SpoRIC

Contact Number: 73587 82571

Are you interested?