Research Services
Automotive Applications
Vehicle underbody thermal simulation Download Model: Vehicle with 1-D Exhaust Flow and CFD Underbody
Complete heat transfer model with summary report. Features iterative solution with CFD and advective 1-D flow down exhaust interior.
Semi Truck Heat Transfer Model Download Model: Diesel Truck
Complete heat transfer model with summary report. Features RadTherm's Generic Diesel Engine Model and environmental loads.

Brake Heat Transfer Simulation Download Model: Vented Brake System with Tire and Wheel
Complete heat transfer simulation with summary report. Transient Brake Loading: 10 Stops of a 2005 Ford Mustang.

Brake System Thermal Simulation Download Model: Brake Rotor
Complete thermal model with summary report. Transient Brake Loading: 10 Stops of a 2000kg vehicle.

Headlight heat transfer simulation Download Model: SUV Headlamp
Complete model with summary report. Includes results and an insightful write up on "How we created this model" from original photos of an actual vehicle.
Particle Trace over Sedan Import CFD Results
Use results from STAR-CD and FLUENT.
Automotive underbody thermal model Automotive Underbody
Images of an automotive underbody and exhaust system.
Heat Shield Thermal Model Muffler & Heat Shield
In this case the muffler is set at a constant temperature and the heat radiated to the shield and frame are observed.
Road Surface Heat Transfer Analysis Road Temperature Modeling
Road temperature analysis and simulation. 
Additional Application Information
Model Of The Month
Each month ThermoAnalytics will be presenting a new model for you to view. You can also access an archive of past month's models.
Technical Bulletins
This section contains technical bulletins, issued by ThermoAnalytics, which are related to various applications and other technical issues. A print optimized PDF version of each bulletin is also available.
Validation
This section is intended to provide specific examples that correlate theoretical problem solutions to the solvers incorporated into RadTherm, WinTherm, and MuSES. 
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