Numerical investigation of flow patterns and thermal comfort in an air-conditioned library /
Mohammed Ammar Mohammed Saad
Numerical investigation of flow patterns and thermal comfort in an air-conditioned library / دراسة عددية لأنماط السريان و الراحة الحرارية لمكتبة مكيفة الهواء Mohammed Ammar Mohammed Saad ; Supervised Essam E. Khalil Hassan Khalil , Taher Mohamed Aboudeif , Ahmed Mahmoud Abouzaid - Cairo : Mohammed Ammar Mohammed Saad , 2017 - 146 P. : photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
The present thesis is devoted to numerical investigation of the change in location supply-return air are studied to revealed the impact of changing the location on the overall comfort levels for people. The study is carried out using (CFD) simulation techniques as embedded in the commercially available CFD code (FLUENT 16). The CFD modelling techniques solved the continuity, momentum and energy conservation equations in addition to comfort parameters PMV and PPD based on Fangers model and RNG k-f model equations for turbulence closure . The results had shown the best case when the supply air from wall and extract air from ceiling
CFD Indoor air quality Thermal comfort
Numerical investigation of flow patterns and thermal comfort in an air-conditioned library / دراسة عددية لأنماط السريان و الراحة الحرارية لمكتبة مكيفة الهواء Mohammed Ammar Mohammed Saad ; Supervised Essam E. Khalil Hassan Khalil , Taher Mohamed Aboudeif , Ahmed Mahmoud Abouzaid - Cairo : Mohammed Ammar Mohammed Saad , 2017 - 146 P. : photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
The present thesis is devoted to numerical investigation of the change in location supply-return air are studied to revealed the impact of changing the location on the overall comfort levels for people. The study is carried out using (CFD) simulation techniques as embedded in the commercially available CFD code (FLUENT 16). The CFD modelling techniques solved the continuity, momentum and energy conservation equations in addition to comfort parameters PMV and PPD based on Fangers model and RNG k-f model equations for turbulence closure . The results had shown the best case when the supply air from wall and extract air from ceiling
CFD Indoor air quality Thermal comfort