HVAC CFD Simulation Software
Dedicated HVAC Flow & Thermal Simulation Software
tensorHVAC-Pro is a specialized HVAC simulation software designed to help engineers move beyond simplified assumptions and manual calculations. By using physics-based CFD simulation, tensorHVAC-Pro enables accurate prediction of airflow, temperature distribution, and thermal comfort inside buildings—long before construction or installation begins. The software is built specifically for HVAC engineers, allowing professional-grade simulation results without the steep learning curve of traditional CFD tools.
Unlike general-purpose CFD software that requires deep numerical and solver expertise, tensorHVAC-Pro focuses on real HVAC workflows. It allows engineers to concentrate on design decisions, comfort performance, and system optimization rather than complex solver settings. This makes it ideal for consultants, designers, and engineering teams who need reliable results quickly and efficiently.
tensorHVAC-Pro supports full 3D airflow and thermal analysis for indoor environments, enabling users to visualize how air moves, mixes, and stratifies within occupied spaces. Engineers can evaluate cooling, heating, and mixed-mode ventilation scenarios while identifying potential comfort issues such as hot spots, cold drafts, or poor air distribution. Both natural ventilation driven by buoyancy and wind, as well as forced ventilation from mechanical systems, can be simulated within the same workflow.
The software also enables external airflow analysis, allowing users to study how outdoor wind conditions interact with building façades and influence indoor ventilation performance. This capability is particularly valuable for naturally ventilated buildings, atriums, and designs where outdoor conditions significantly affect HVAC efficiency.
Beyond airflow and temperature, tensorHVAC-Pro provides direct access to key thermal comfort and performance indicators. Engineers can evaluate Predicted Mean Vote (PMV), Predicted Percentage of Dissatisfied (PPD), draft rate, and temperature uniformity directly from simulation results. These outputs help ensure compliance with comfort standards while supporting data-driven design decisions.
To simplify setup, tensorHVAC-Pro includes intuitive physics inputs and automatic unit handling, allowing engineers to define boundary conditions without worrying about unit conversions. Automatic meshing is built into the workflow, with mesh strategies tailored to HVAC simulation best practices, eliminating the need for manual mesh tuning or advanced CFD knowledge.
Geometry preparation is equally streamlined. tensorHVAC-Pro supports direct import of STL files from common design and BIM tools such as Revit, Rhino, SketchUp, SolidWorks, Inventor, and Fusion 360. This allows engineers to move from architectural or mechanical models to simulation-ready cases in minutes rather than days.
In practical applications, tensorHVAC-Pro is used for indoor airflow optimization, thermal comfort assessment, HVAC layout validation, ducting performance evaluation, and energy-efficient system design. It helps identify design risks early, reduces costly revisions during construction, and improves communication with clients and stakeholders through clear, visual simulation results.
By providing accurate, visual, and easy-to-interpret CFD insights, tensorHVAC-Pro empowers HVAC engineers to make faster and more confident design decisions. It bridges the gap between advanced CFD accuracy and everyday engineering usability, delivering professional results without unnecessary complexity.
With affordable annual pricing and a free trial option available, tensorHVAC-Pro offers a practical entry point into CFD-based HVAC design. Whether used for early-stage feasibility studies or detailed performance validation, tensorHVAC-Pro helps engineers design better, more comfortable, and more energy-efficient buildings with confidence.