Skip to content
L'hypercube

L'hypercube

L'hypercube

  • Topics
    • Wind
      • Theory
      • Urban CFD
      • Wind Comfort
      • Wind Driven Rain
      • "Z" approach
      • Piston effect in underground networks
      • Large Openings
    • Comfort
      • Comfort indexes
      • Comfort modeling
      • Computation of the Mean Radiant Temperature
    • Air Quality
      • Atmospheric aerosol
      • Physical properties of aerosols
      • Air Quality in underground train stations
    • Urban Heat Island
    • Building Energy Simulation
      • Natural ventilation and BES
      • Coupling BES / CFD for natural ventilation
      • Zone model enrichment
    • Numerical Methods
      • Field Projections
      • Sensitivity Analysis
      • Genetic Optimization
  • References
    • Expertises
      • Urban Aeraulics & Wind Comfort
      • Thermal Comfort
      • Microclimates & UHI
      • Wind Driven Rain
      • Pollutant Dispersion
      • Spatial Air Change Rates
      • Air Quality Mitigation Experimentations
    • Projects
    • Academia
    • Publications
    • Partnerships
  • Tools
    • Bash
    • OpenFOAM
    • Python
    • Scilab
    • VBA Excel
    • Cosimulation
  • BLOG
  • Newsletter
  • fr_FRFR
    • en_GBEN

Python

In this page, Python routines, related to comfort and/or numerical methods.

Corrected PET routine

Here is the modified PET code, as described...

Read more...

  • 1
  • 2

- Find us -

AREP L'hypercube
16 avenue d'Ivry
75647 Paris Cedex 13 - FRANCE

Voir en plein écran

Widen the map

Search site

Newsletter

- About us -

Contact
Terms of use

Proudly powered by WordPress | Theme: Dara by Automattic.
en_GB
fr_FR en_GB