Thermal comfort and air flow regimes inside aircraft cabins /
Mohamed Abdelsadek Youssif
Thermal comfort and air flow regimes inside aircraft cabins / الراحة الحرارية و نهج سريان الهواء فى كبائن الطائرات Mohamed Abdelsadek Youssif ; Supervised Essam E. Khalil , Ahmed F. Abdelazim , Moustafa Rizk - Cairo : Mohamed Abdelsadek Youssif , 2017 - 85 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
T Using the latest version of ANSYS Fluent (17.2) the flow inside the economy section of the Airbus A-350 Cabin was solved by dividing the selected cabins control volume into about 9,000,000 elements and applying the main governing equations (Energy equation, Momentum equation and Continuity equation) to each element and solving the realizable k-f turbulence model. Some properties and functions should be determined such as (Temperature, Flow Velocity, Relative humidity, PMV and PPD)
Aircraft Cabins CFD Ventilation
Thermal comfort and air flow regimes inside aircraft cabins / الراحة الحرارية و نهج سريان الهواء فى كبائن الطائرات Mohamed Abdelsadek Youssif ; Supervised Essam E. Khalil , Ahmed F. Abdelazim , Moustafa Rizk - Cairo : Mohamed Abdelsadek Youssif , 2017 - 85 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
T Using the latest version of ANSYS Fluent (17.2) the flow inside the economy section of the Airbus A-350 Cabin was solved by dividing the selected cabins control volume into about 9,000,000 elements and applying the main governing equations (Energy equation, Momentum equation and Continuity equation) to each element and solving the realizable k-f turbulence model. Some properties and functions should be determined such as (Temperature, Flow Velocity, Relative humidity, PMV and PPD)
Aircraft Cabins CFD Ventilation