Numerical thermal analysis of the vertical external partition made as the frame thin-walled steel structure

Abstract

Abstract. The article presents numerical thermal analysis of the vertical external partitions made in the lightweight steel framing technology. Steel posts that perform the structural role lead to the formation of linear thermal bridges and have a negative effect on the level of thermal transmittance U. Therefore, optimal solutions are being explored for such technologies. One of the solutions is to use perforated Thermo sections. The effect of perforated Thermo sections on energy loss was verified through comparison to the wall made of solid sections. Furthermore, the calculations analysed the effect of linear thermal bridges that are formed on wall connections in the corner. Computer simulation was employed to emphasize the significant differences in the temperature distribution in both analysed wall structures that resulted from constructional solutions.

The effect of window air inlets on office room comfort

“…Many of them have used numerical analyses, with their studies concerning three-dimensional steady-state numerical analysis in a room heated by two-panel radiators [1] or numerical evaluation of thermal comfort in a room [2] also in a cross-ventilated space with top-hung windows [3]. The numerical thermal analysis of the vertical external partitions made in the lightweight steel framing technology was analysed in [4] while author of [5] presents the results of study into the air parameters in open space offices. FEM analysis using thermal analysis is also commonly used by researches.…”