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The effective thermal conductivity of hollow brick blocks filled with different insulation materials is analyzed using a combination of experimental and computational approaches. In the experimental part, thermal properties of brick body, mineral wool and expanded polystyrene are measured and a semi-scale experiment is performed to determine heat fluxes and temperature distributions across the brick. Based on the semi-scale experimental results, computer simulations are carried out and the thermal parameters of the materials filling the brick cavities are optimized. Finally, the effective thermal conductivity of hollow brick block is determined.

Computational modelling and experimental verification of the effective thermal conductivity of hollow bricks