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Coupled Heat, Air and Moisture Transport in Multi-layered
Wall Structures -
1D-HAM 2.0
Developers
 | Prof. Carl-Eric Hagentoft, Department of Building Physics,
Chalmers, Technical University, Gothenburg, Sweden |
| Dr. Thomas Blomberg, Building Technology Group,
Massachusetts,
Institute of Technology, Cambridge, USA |
Introduction
The PC-program 1D-HAM solves the problem of one-dimensional
coupled heat, air and moisture transport in a multi-layered porous wall.
The program is based on the finite difference technique with explicit forward
differences in time. Analytical solutions for the coupling between the
computational cells for a given air flow through the construction are used.
Moisture is transferred by diffusion and convection in vapor phase. No
liquid water transport occurs. Heat is transferred by conduction, convection
and latent heat. Climatic data are supplied through a data file with a
maximum resolution of values per hour over the year. The program accounts
for surface absorption of solar radiation.
Manual
(PDF), 160 kB, 13 pages, revised Oct 23, 2000 1D-HAM 2.0
DEMO (0.9 MB)
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