TY - RPRT
T1 - Description of the simulations
AU - Nielsen, Ole Christian Kongsgaard
AU - Bjarløv, Søren Peter
AU - Perkov, Thomas Holmer
A2 - Møller, Eva B.
PY - 2020
Y1 - 2020
N2 - This deliverable describes how simulations were generated for the basis of the RIBuild Insulation Calculation Tool (ICT). The simulations were performed in DELPHIN and sampled according to the Sobol method. Input parameters may be either uniform distributed within an interval or discrete. The input parameters include material parameters, boundary conditions, climates, etc. The simulations are performed with different insulation systems, the outcome of the simulations are temperature, relative humidity and moisture content in different places of the construction (solid walls). Based on this, predictions are made on mould and algae growth, internal surface temperature, U-value and heat loss.
AB - This deliverable describes how simulations were generated for the basis of the RIBuild Insulation Calculation Tool (ICT). The simulations were performed in DELPHIN and sampled according to the Sobol method. Input parameters may be either uniform distributed within an interval or discrete. The input parameters include material parameters, boundary conditions, climates, etc. The simulations are performed with different insulation systems, the outcome of the simulations are temperature, relative humidity and moisture content in different places of the construction (solid walls). Based on this, predictions are made on mould and algae growth, internal surface temperature, U-value and heat loss.
KW - DELPHIN simulations
KW - Sobol method
KW - Sampling
KW - Input parameters
KW - Predictions
M3 - Report
BT - Description of the simulations
ER -