CFD & Thermal Analysis Blog
Case studies, cooling strategies, and data center CFD insights from our engineering team.
Thermal Comfort Analysis: The Definitive CFD Engineering Guide
While thermostats only measure single-point air temperature, Thermal Comfort Analysis evaluates how occupants experience heat, airflow, humidity, and radiant radiation. Discover how PMV, PPD, and 3D Computational Fluid Dynamics (CFD) transform indoor environmental quality and energy efficiency.
Read Article →Thermal Comfort Analysis: A CFD-Based Guide to Comfortable and Energy-Efficient Buildings
Thermal comfort analysis helps engineers predict how occupants experience indoor spaces by studying temperature, air movement, humidity, radiant conditions and human factors. This guide explains how CFD, HVAC analysis and building simulation can be combined to identify discomfort zones and improve building performance
Read Article →Thermal Comfort Analysis: Complete Guide to PMV, PPD, ASHRAE 55 & CFD Simulation
Master Thermal Comfort Analysis with this complete engineering guide. Learn PMV, PPD, ASHRAE 55, ISO 7730 standards and how professional CFD simulation delivers accurate indoor comfort mapping for offices, hospitals, atriums and green-building certification.
Read Article →Thermal Comfort Analysis: What It Is and How It's Measured
Discover how engineers measure indoor comfort — from Fanger's six variables and the PMV/PPD model to CFD simulation, IoT sensors, and ASHRAE 55 standards.
Read Article →Thermal Comfort in Commercial Buildings: A Simple Guide
Visual guide to thermal comfort in offices and commercial buildings — what affects it, where problems usually hide, and why it's worth getting right.
Read Article →Thermal Comfort Analysis Explained: PMV, PPD & ANSYS Fluent CFD
What is Thermal Comfort Analysis? A full technical breakdown of PMV, PPD, ASHRAE 55, ISO 7730 and CFD methodology — plus a look at how SuperDesignTech runs these studies on licensed ANSYS Fluent for clients across the USA, Canada and Europe
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