
Thermal & Cooling
01DG Set Test Room
CFD analysis of generator-room ventilation, temperature distribution, and hot-air recirculation to evaluate cooling performance under operating conditions.
Projects / Case Studies
Explore selected CFD, fire and smoke, and FEA projects showing how simulation helps evaluate airflow, thermal behaviour, fire scenarios, structural strength, and dynamic response.

Thermal & Cooling
01CFD analysis of generator-room ventilation, temperature distribution, and hot-air recirculation to evaluate cooling performance under operating conditions.

Renewable Energy
02Wind-flow and thermal analysis around solar-panel arrays to understand airflow patterns, wind exposure, and potential temperature variations.

Natural Ventilation
03CFD simulation of airflow distribution and thermal comfort in a prayer hall, evaluating ventilation effectiveness across occupied spaces.

Wind & Flow Analysis
04Wind-flow simulation around a commercial building to assess façade exposure, surrounding airflow patterns, and pedestrian-level wind conditions.

Building Airflow
05Analysis of natural ventilation, indoor airflow distribution, and temperature variations to assess residential thermal comfort.

Water Hydrodynamics
06Analysis of velocity distribution, water age, turbulence, and circulation in a reservoir with two inlet regions and one outlet region.

Fire & Smoke Analysis
07Evaluate fire-driven smoke movement and natural ventilation in railway stations, atriums, and large-span structures. Simulations help assess smoke-layer development, visibility conditions, and available evacuation time under defined fire scenarios.

Industrial Fire Safety
08Model potential fire scenarios in manufacturing facilities, warehouses, and industrial storage areas to understand heat distribution, smoke propagation, and ventilation behaviour. Results support fire-safety planning and the evaluation of mitigation measures.

Basement Fire Safety
09Analyse fire-driven smoke movement and temperature distribution in enclosed basement car parks using Fire Dynamics Simulator (FDS). Simulations help evaluate smoke propagation, visibility, and ventilation performance under defined fire scenarios to support basement fire-safety design.

FDS Fire Safety Analysis
10Fire and smoke analysis of the Riddhi Taranto underground car park in Hyderabad, covering two basement levels. The study examines fire-driven smoke movement, temperature distribution, visibility, airflow, and carbon monoxide concentration under defined ventilation scenarios.

Structural FEA
11Evaluate the strength, stiffness, and dynamic behaviour of welded machine base frames and supporting structures. Static and modal simulations help assess stress distribution, deformation, and natural frequencies under defined service loads.
Each case study summarises the corresponding project report's stated results and assumptions. The descriptions on this listing page do not independently validate project results or constitute certification.
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