SPATIAL HEAT TRANSFER IN A LOW RISE BUILDING WALL MADE OF HEAT-INSULATING SHAPED TIMBER WITH CONNECTORS
Based on computational solution of a steady-state 3D heat equations, taking into account anisotropy of the materials, the software package ANSYS has been used to study spatial heat transfer in a sandwich wall made of shaped timber with heat insulation and connectors (cross-bindings) fastening the inner and the outer lamellae. Thermal fields and heat flows in the wall structure influenced by connectors having different sizes and thermal properties have been analyzed, and the boundaries of their effect have been determined in different directions.