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An algorithm to accelerate simulations of simulataneous heat and gas transfer in gas-filled foams

Wang, J. K. and Hagentoft, C.E
1999
J. of Thermal Env. & Bldg. Sci., V22, Jan
gas-filled foam, gas diffusion, heat conduction, numerical simulation, fast algorthm, explicit scheme, over-relaxation scheme.

Wang, J. K. and Hagentoft, C.E, (1999), "An algorithm to accelerate simulations of simulataneous heat and gas transfer in gas-filled foams", J. of Thermal Env. & Bldg. Sci., V22, Jan.
Abstract:

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Author Information and Other Publications Notes
Wang, J. K.
Chalmers University of Technology, Gothenburg, Sweden.
  1. A numerical method for calculating combined heat, air and moisture transport in building envelope components
  2. A numerically stable algorithm for simplified calculations of combined heat, air and moisture transport
  3. Combined Heat, Air, and Moisture Transport in Loose-Filled Insulation - Experiment and Simulation
  4. Heat and mass transfer in built structures: Numerical analyses
  5. Measurements of volatile organic compound (VOC) emissions from wood stains using an electronic balance  
Hagentoft, C. E.
Chalmers University of Technology, Gothenburg, Sweden.
  1. A numerical method for calculating combined heat, air and moisture transport in building envelope components
  2. A numerically stable algorithm for simplified calculations of combined heat, air and moisture transport
  3. An example of application of limit state approach for reliability analysis of moisture performance of a building component
  4. Assessment method of numerical prediction models for combined heat, air and moisture transfer in building components: benchmarks for one-dimensional cases
  5. Combined Heat, Air, and Moisture Transport in Loose-Filled Insulation - Experiment and Simulation
  6. Durability control by means of hygrothermal history in building components
  7. International building physics toolbox, general report
  8. Moisture conditions in a north-facing wall with cellulos loose-fill insulation: construction with and without a vapor retarder and air leakage
  9. Prediction of driving rain intensities using potential flows
  10. Simulink modelling tool for HAM system analyses in building physics
  11. The International Building Physics Toolbox in Simulink  


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