Advanced CFD Modeling
Ventilation, Thermal and Flow Analysis
High-fidelity simulation of airflow, heat transfer, smoke, gas dispersion and wind behavior for complex building and industrial environments.
Prandtlflow supports informed design decisions for factories, mechanical rooms, data centers, facades and energy facilities where simplified calculations cannot fully capture three-dimensional performance.
Modeling capabilities
Advanced analysis for challenging flow and thermal problems
Each model is developed using project geometry, operating conditions, equipment data and appropriate boundary conditions.
- Data center and electronics cooling
- Natural ventilation and thermal comfort
- Industrial exhaust and factory ventilation
- Mechanical, electrical and substation room ventilation
- Battery Energy Storage System ventilation
- Flammable gas and contaminant dispersion
- Wind loading on facades and structures
- Pedestrian wind comfort
- Aeroacoustic and noise-source analysis
- Fire and smoke movement simulation
Ventilation and thermal performance
Understand airflow movement, heat buildup and system effectiveness
CFD can show how supply air, exhaust systems, heat sources and building geometry interact. The results help identify stagnant zones, recirculation, excessive temperatures and opportunities to improve system performance.
- Air velocity and flow-path visualization
- Temperature distribution and heat-removal assessment
- Natural, mechanical and hybrid ventilation comparison
- Equipment placement and airflow optimization
Battery Energy Storage Systems
BESS ventilation and gas-dispersion modeling
Model heat release, ventilation effectiveness and the movement of potentially flammable or hazardous gases within containers, rooms and supporting enclosures. Results can be used to compare ventilation arrangements and support the broader fire and life-safety design process.
- Temperature distribution around battery racks
- Hydrogen or other gas concentration mapping
- Supply and exhaust arrangement comparison
- Scenario-based ventilation performance assessment
What you receive
Clear technical results for design teams and stakeholders
- Detailed CFD report with methodology, assumptions and conclusions
- Velocity, pressure, temperature and concentration results
- Three-dimensional contours, streamlines and section views
- Design comparisons and practical recommendations
- Animations and presentation-ready visuals when requested
- BIM-compatible coordination outputs when practical
Example applications
Visualize performance before design decisions are finalized
Discuss your CFD challenge
Send us your geometry, operating conditions and design questions. Prandtlflow will recommend an appropriate modeling approach and project scope.