AREP L'hypercube: the research, modeling and simulation unit dedicated to building physics
These pages are intended to present the necessary theoretical background for calculating the physics of phenomena occurring in open and semi-open environments (e. g. train stations and their urban environment): comfort, air flows, air quality, pollution...
Here you will find articles about our expertise and know-how: air flows in urban environments, thermal comfort calculation based on human physiological models and indoor air quality, especially in underground stations.
Within AREP, the team made up of PhD's, engineers and architects is commited to enable the computation of complex climatic phenomena in outdoor and semi-outdoor spaces. As most commercial softwares do not allow to properly characterize this typology of spaces, we use a coupling of different numerical methods, as well as intensive parallel computing methods.
↓↓ The most recent publications are below ↓↓
(older posts can be found in the Blog section)
- pyViewFactorDans la continuité des stages de Marc ALECIAN (2021), puis… Continue reading pyViewFactor
- IBPSA France 2022AREP L'hypercube was attending IBPSA Conference... Continue reading IBPSA France 2022
- The PET comfort index included to the pyThermalComfort Python libraryOur Python version of the PET comfort index was included ... Continue reading La P.E.T. dans pythermalcomfort
- Outdoor Comfort levels at Paris Austerlitz train stationA coupled study of wind comfort and UHI ... Continue reading Confort en extérieur Paris-Austerlitz
- Creation of local meteorological dataBased on historical meteorological data, we... Continue reading Création de données météorologiques locales
- National Grand Prize for Engineering - SyntecL'hypercube is proud to have been involved ... Continue reading Grand Prix National de l’Ingénierie – Syntec