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This report presents a detailed comparison of the potential and Euler formulations for describing the equations of motion governing transonic flow. It is intended for researchers and engineers working in the field of computational fluid dynamics and aerodynamics. The study examines the theoretical underpinnings of each formulation, highlighting their strengths and limitations in the context of modeling complex flow phenomena.
The analysis focuses on the mathematical properties of the equations and their suitability for numerical solution. Key aspects investigated include accuracy, computational efficiency, and the ability to capture essential flow features such as shock waves and expansion fans. This comparison provides valuable insights for selecting the appropriate formulation for specific applications in transonic flow analysis.
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