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Building physics software for modelling, analyzing and optimizing façade elements
With Physibel building physics software, you get the powerful heat transfer engineering software to model, analyze and optimize whole buildings, 2D/3D building components and façade elements, quickly and accurately, in accordance with the most common international standards.
Physibel software is a cutting-edge building physics analysis and design software for modelling, analyzing and optimizing building envelope systems.
2D & 3D Thermal simulation
- steady-state 2D - all shapes
- dynamic 2D - all shapes
- steady-state 3D orthogonal
- dynamic 3D orthogonal
- steady-state 3D - all shapes
Free academic licences
Physibel was born out of doctoral research in Building Physics. Throughout its history, a close relationship to academics has been maintained. The development of Physibel software is continuously driven by academic research in building physics.
Physibel software makes the study of complex thermal phenomena in the built environment possible, from the material scale to the whole building scale.
By visualizing heat transfer, Physibel software makes a great teaching tool for students in building engineering and architecture.
You can request here your free academic licence.
Windows & Doors
The calculation of standard compliant U-values starting from a CAD drawing in a few clicks.Learn more
Façade engineering and construction
Design and assess every aspect of the thermal performance of façades with Physibel software.Learn more
Building materials and systems
Calculate the thermal characteristics of your building material, product or system with Physibel software.Learn more
Building physics consulting
Physibel offers a complete set of compatible software tools for building physics consultancy engineers.Learn more
Universities and research institutes
Physibel software makes heat visible, ideally suited for teaching and research.Learn more
Transient simulations for fire exposed structuresLearn more
Trusted by 1000 customers in 40 countries since 1989
Developed in Belgium