مخطط الموضوع

  • Genetaly

    Fluid mechanics holds significant importance in various technological and industrial fields as well as in our environment and daily lives. Fluid mechanics spans across numerous industrial sectors, including the automotive industry, biomedical engineering, maritime transportation, aerospace, petroleum, chemical, and nuclear industries, among others. In the field of renewable energies, fluid dynamics is nearly ubiquitous, and knowledge of this subject is an essential component of the toolbox for solving design problems. This encompasses areas such as wind turbine aerodynamics, wind load analysis on solar panels, and thermal solar and geothermal systems.

  • Objective

    • Contact Form:

      • Prerequisite Test:

        • Overall plan:

          • CHAPTER I:Fluid Kinematics

            Reference systems.
            Continuity equation: differential form.
            Concepts of volumetric and mass flow rate.
            Rotational and irrotational flows. Circulation and vorticity.
            Irrotational or velocity potential flows. Plane flows.
            Elementary potential flows. Superposition of simple flows.
            Graphical superposition method. Elements of complex potential theory.
            Elementary potential flows expressed in complex form. Method of conformal transformations

            • Analysis based on the concept of control volume

              Conservation of mass – continuity equation.
              Derivation of the continuity equation.
              Fixed, non-deformable control volume.
              Non-deformable control volume in motion.
              Deformable control volume.

              • CHAPTER III:Dimensional analysis and similarity

                Introduction.
                Dimensional analysis.
                Similarity.
                Applications.

                • Course :