A lecturer in the Department of Drone Engineering and a member of a master’s thesis

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Post Date: 2025-02-03

Last Browse: 2025-03-14


 defense committee Assistant Professor Dr. (Farhan Ahmed Khammas) from the Department of Drone Engineering/College of Engineering/Al-Nahrain University participated in the discussion committee for the master’s student (Hakam Waadullah Shehab) from the Department of Mechanical Engineering/College of Engineering/University of Mosul on Thursday, 1/30/2025. For his thesis titled:

“Integration of aerodynamic analysis and stress modeling for aircraft wing design with a sequential approach to improve performance”

The mission aimed to design a training aircraft wing that achieves an ideal balance between aerodynamic efficiency and structural durability. The study analyzed the air flow around the wing to determine the main aerodynamic forces, selected the optimal airfoil and improved the distribution of the aerodynamic load along the wing, in addition to a clear analysis between aerodynamic efficiency and structural capacity, with the design being compatible with the necessary technical requirements, which contributes to enhancing the efficiency of the wing. The plane and its safety. Stresses resulting from acting forces, design and study of wing components using specialized software, while comparing sections of different shapes of the wing structure to ensure optimal performance. The results showed that a balance was achieved The discussion committee was chaired by Assistant Professor Dr. (Abdul Haq Abdul Qader Hamed) and participated in its membership: Assistant Professor Dr. (Farhan Ahmed Khammas) from Al-Nahrain University/College of Engineering, Assistant Professor Dr. (Taha Ahmed Abdullah) and Assistant Professor Dr. Muhammad (Saleh Muhammad Nayef) )/first supervisor, and Assistant Professor Dr. (Mohamed Naguib Abdullah)/second supervisor The study confirmed the importance of integration between aerodynamic analysis and structural modeling in the design of aircraft wings, which contributes to improving their performance and efficiency