Kezhi Yu
ABSTRACT
By setting up different working conditions in the artificial environment room, indoor thermal comfort questionnaires were conducted using TSV and TCV indexes, and the results of the survey were analyzed using the response surface methodology. For the optimal working conditions obtained by the response surface methodology, the simulation was verified by airpark, and the comparison showed that the numerical simulation results were in good agreement with the measured results, i.e. the obtained experimental results, with temperature 25.63°C, humidity 54.47%, and air velocity 0.15m/s, could be used as a reference for the optimal working conditions of air-conditioning rooms in Shanghai area in summer.
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Index Terms
- Research on Computer Simulation of Human Thermal Comfort in Shanghai Summer Air-Conditioning Room Based on Response Surface Technology
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