Overview

The Simulation Laboratory provides students with hands-on experience using industry-standard simulation tools to analyze and optimize mechanical, structural, and electromagnetic systems. Through practical exercises, students learn to validate designs virtually before physical implementation.

Our lab features high-performance workstations equipped with professional simulation software, enabling students to develop critical skills demanded by modern engineering industries.

Simulation Tools

Mechanical Simulation

MSC Adams for mechanism analysis
Multi-body dynamics simulation
Kinematic and dynamic analysis

Structural Analysis

ANSYS Mechanical
Stress and strain analysis
Thermal and vibrational analysis

Electromagnetic

ANSYS Maxwell
Magnetic field simulation
Transformer and motor analysis

Laboratory Curriculum

Mechanism Simulation (4 Labs)

Experiment	Description
1	Study and create various Links, Pairs, Chains and Mechanisms in MSC Adams
2	Inversions of Four Bar Mechanism, Single/Double Slider Crank Chain Mechanisms
3	Plot velocity diagram for Slider Crank Mechanism
4	Cam-Follower arrangements and displacement analysis

Structural Analysis (5 Labs)

Experiment	Description
1-3	Stress analysis of bars with constant, tapered, and stepped cross-sections
4-5	Beam analysis (simply supported, cantilever) with various load conditions
6	Rectangular plate with circular hole stress analysis

Electromagnetic Analysis (3 Labs)

Experiment	Description
1	Horseshoe magnet modeling and force calculation
2	E-core transformer modeling
3	Voltage induced in coil by moving magnet

Learning Outcomes

Skills Developed

Mechanism design and simulation
Structural integrity evaluation
Electromagnetic system analysis
Virtual prototyping techniques

Career Applications

Product design engineering
CAE specialist roles
R&D simulation engineer
Electromechanical system design

Faculty In Charge

Dr. Gaurav Kumar

Assistant Professor

Lab Technician

Mr. Sourav Kumar

Junior Technician