The foundation of GT-SUITE is a versatile multi-physics platform for constructing models of general systems based on many underlying fundamental libraries:

  • Flow library (any fluid, gas or liquid or mixture)
  • Acoustics library (both non-linear and linear)
  • Thermal library (all types of heat transfer)
  • Mechanical library (kinematics, multi-body dynamics, frequency domain)
  • Electric and Electromagnetic library (circuits, electromechanical devices)
  • Chemistry library (chemical kinetics)
  • Controls library (signal processing)
  • Built-in 3D CFD and 3D FE (thermal and structural)

Different modules in GT - Suite

Locate setting
Time Control flag
Time step & Solution control 
Solver type
Intercooler Tutorial
Advanced Setup
Output Setup
Plot Setup
Run Setup
Output results
Total heat transfer
Temperature drop = T2 - T1 = 371 - 350 = 21.
Thermal conductivity = 8 W/m^2-K.
Total heat transfer = 16 m^2.
Total heat transfer Q = h*A*del T.
                               =  2.688 kW.
Total Pressure drop = 1.197 Pa.

Projects by Aravind Subramanian

AIM       The objective of the project is to compare the results by varying the discretization length and convert the 3D model to the 1D model for an intake manifold. Model     The discretization length is set as a parameter in which Read more


          To study the Emission characterization on a CAT3410 engine & combus Read more

1. Different types of Turbocharger 

  • Fixed Geometry turbocharger - The amount of exhaust gas into the turbocharger cannot be varied, the turbocharger is optimized for the particular operating condition & the turbine size and/or Read more

SITUATION           To study the PFI Engine performance characteristics by setting up the spray modeling & combustion modeling in the CONVERGE studio and post-process the results in the Paraview and CYGWIN was used to run the commands Read more

Challenge 8 : Literature review RANS derivation and analysis Project Report : Read more

AIM        The objective of the project is to compare the SI vs CI Engine parameters for the BSFC, Exhaust temperature and A/F ratio. Change the MFB 50 and observe the impact on performance. PROCEDURE          The GT Power Read more

SITUATION          The separation of two regions having high & low-pressure fluid by a diaphragm. The two-fluid gets mixed when the diaphragm breaks and flow simulation is done in the CONVERGE studio and post-processes the results in Para v Read more

AIM         The objective of the project is to calculate the various parameters of the engine at a particular rpm for a single-cylinder engine.         Increase the power output by 10% at 3600 rpm by varying different param Read more


        The flow of air through a solid pipe & it is heated through an external heat source in converge studio and post-processes the results in Para View and CYGWIN was used to run the Read more


The End