Advanced Engineering Simulation Laboratory
Lab In-Charges:
Dr.-Ing. Ashok Kumar Nallathambi
Dr. P. Kaushik
Dr. Bisweshwar Babu
Equipment List / Details
|
Sl. No |
Name of the Equipment |
|
Salient Features |
|
Location / Contact |
Prof. In charge |
|
|
DELL AIO PC – 23.8 inch- Intel Core i7 9700 (8 core) |
|
Desktop Workstation |
High performance simulation facility for thermal and fluid flow analysis |
Advance Engg. Simulation Lab |
Dr.-Ing. Ashok Kumar Nallathambi
Dr. P Kaushik
Dr. Bishweshwar Babu |
|
2 |
DELL Optiplex 5480 AIO PC - Intel Core i7 10700T |
|
Desktop Workstation |
High performance simulation facility |
Advance Engg Simulation Lab |
|
|
3 |
DELL Optiplex 7490 AIO PC – 23.8 inch- Intel Core i7 11th gen (8 core) |
|
Desktop Workstation |
High performance simulation facility |
Advance Engg Simulation Lab |
|
|
4 |
Dell Latitude 5410 Laptop Workstation |
|
Laptop Workstation |
Pressure vessel simulation |
Faculty Office, Department of Mechanical Engineering,
|
|
|
5 |
HP ProDesk 600 G5 PCI MT Desktop Workstation |
|
Desktop Workstation |
Simulation of Structural Dynamics |
NVH Testing Lab, Admin Building,
|
|
|
6 |
Dell G15 Laptop Workstation |
|
Laptop Workstation |
Simulation at Nanoscale |
|
|
|
7 |
Dell Precision 3640 Tower Workstation |
|
Tower Workstation |
Biomechanical Modelling and Analysis |
M15, Department of Mechanical Engineering,
|
|
| 8 |
Dell Precision 3640 Tower Workstation |
|
Tower Workstation |
Vibro-Acoustic |
Faculty Office, Department of Mechanical Engineering,
|
|
| 9 |
Dell Precision 3640 Tower Workstation |
|
Tower Workstation |
Simulation of granular mechanics |
|
|
|
10 |
HP 340 G7 Laptop Workstation |
|
Laptop Workstation |
FE analysis of nanostructures |
|
Description: Advanced Simulation Facility for performing computation on computer aided Mechanical Engineering problems.
List of experiments:
- Numerical Integration with applications to differential equations using MATLAB.
- Solution of ordinary equations and system of equations using MATLAB.
- Heat conduction analysis using Ansys Fluent of 2-D plate with a circular hole in the centre.
- Flow and heat transfer analysis of developing flow in a pipe using Ansys Fluent.
- Flow and heat transfer analysis in a laminar boundary layer using Ansys Fluent.
- Turbulent flow analysis using Ansys Fluent.
- Introduction to OpenFOAM for fluid flow and heat transfer analysis.

