ThermoAnalytics

Expert-guided thermal simulation services to solve complex heat transfer challenges, supporting design validation across varying operational and environmental loads.

• Underbody and Hood Modeling

  Predicts underbody and underhood temperatures to manage engine compartment thermal loads and protect sensitive components.

• Brake Thermal Modeling

  Simulates transient temperature distributions and heat dissipation in braking systems under dynamic duty cycles.

• Cabin Comfort and HVAC

  Evaluates transient occupant comfort, cabin air distribution, and HVAC system effectiveness under varying solar and ambient loads.

• Battery Thermal Management

  Models cell- and pack-level thermal behavior, predicting aging, durability, and safety concerns such as thermal runaway.

• Electrical Thermal Analysis

  Analyzes thermal performance and heat dissipation in electrical architectures, wiring, and wearable electronics.

• Human Thermal Modeling

  Simulates physiological responses, sweating, shivering, and blood flow using advanced thermoregulation models and clothing databases.

• Environmental Analysis

  Predicts the impact of complex external factors, including solar radiation, transient weather, and terrain, on system thermal behavior.

Advanced thermal analysis and EO/IR signature prediction to model plumes, wakes, atmospheric effects, and camouflage effectiveness.

• Human Thermal Survival Simulation

  Assesses physiological limits and survival thresholds of personnel exposed to extreme environmental conditions.

• Passive MMW Simulation

  Simulates passive millimeter-wave signatures to evaluate detection risks and signature vulnerabilities.

• EO/IR Physics-Based Image Sets

  Generates high-fidelity, photorealistic synthetic image sets for training artificial intelligence and machine learning models.

• Signature Management

  Evaluates low-observable designs, heat shields, cooling schemes, and camouflage surface treatments to control signature contrast.

Enables multi-mode simulation by integrating thermal, fluid dynamics, and system-level codes into automated design workflows.

• FMI/FMU Integration

  Supports Functional Mock-up Interface standards to couple diverse simulation models and tools natively.

• Process Automation

  Streamlines pre-processing, transient analysis, and post-processing across multiple CAE models to accelerate design cycles.

• Optimization

  Implements rigorous local and global search methods to automatically identify optimal design inputs and parameters.

On-site testing services to gather empirical thermal data, enabling direct validation of transient 3D simulation models.

Supports training work documented by ThermoAnalytics

• User enablement programs

  Includes user enablement programs within training work.

• Tutorials

  Includes tutorials within training work.

• Technical support to help engineering teams deploy

  Includes technical support to help engineering teams deploy within training work.

• Utilize simulation software

  Includes utilize simulation software within training work.