HAMSTAD Benchmark 1: Heat and Moisture Transport in an Insulated Roof
Application ID: 75601
This tutorial shows how to simulate coupled heat and moisture transport in an insulated roof structure, made of a load bearing and an insulation layer. The thermal insulation is facing the interior and there is a moisture barrier facing the exterior. The load bearing is capillary active while the insulation layer is capillary non-active, which induces high relative humidity levels at the contact surface between the two materials, resulting in internal condensation. The 1D model is the first benchmark defined in HAMSTAD-WP2 Modeling for the validation of numerical simulations for coupled heat and moisture transport in building materials. See 75741, Heat and Moisture Transport with Mold Growth Prediction for a mold growth prediction study with the VTT model based on the numerical results of temperature and relative humidity of this model.
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however, additional products may be required to completely define and model it. Furthermore, this example may also be defined and modeled using components from the following product combinations:
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