The Human Thermal Extension simulates human thermoregulation and comfort under transient, asymmetric conditions. It models physiological responses like sweating, shivering, and blood flow, using scalable male and female models. It supports HVAC, clothing, and wearable design optimization.
Vendor
ThermoAnalytics
Company Website
Human Thermal Extension
The Human Thermal Extension is an advanced simulation module integrated with TAITherm™, designed to model human thermoregulation and thermal comfort in transient and asymmetric environments. It enables engineers to predict physiological responses such as sweating, shivering, blood flow, and temperature changes based on activity level, clothing, and environmental conditions. This extension is essential for optimizing HVAC systems, protective clothing, vehicle interiors, and wearable technologies.
Features
- Berkeley Comfort Model Integration: Provides localized and whole-body thermal comfort metrics for precise analysis.
- Scalable Male and Female Models: Includes physiological variations in height, weight, and body fat for realistic simulations.
- Customizable Human Physiology: Simulates responses to climate, physical fitness, and activity levels, including sweat rate and core temperature.
- Extensive Clothing Database: Offers rapid setup with predefined clothing ensembles for various scenarios.
- Transient Environment Simulation: Models dynamic thermal conditions over time for accurate comfort prediction.
Capabilities
- Cabin and HVAC Optimization: Evaluates occupant comfort under varying thermal loads and airflow conditions.
- Protective Gear and Textile Testing: Assesses thermal performance of clothing and gear in extreme environments.
- Wearable Device Evaluation: Supports design of temperature-sensitive wearables and medical devices.
- Human Effectiveness Analysis: Predicts physiological stress and performance in defense and industrial applications.
Benefits
- Realistic Human Modeling: Delivers accurate predictions using validated physiological and environmental data.
- Design Efficiency: Reduces physical testing by simulating comfort and safety virtually.
- Versatile Application: Applicable across automotive, aerospace, defense, medical, and consumer electronics sectors.
- Enhanced User Experience: Helps ensure products meet comfort and safety expectations for diverse user profiles.