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Lecturer Dr. Khamese Milad

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Courses

  • Fluid Mechanics 2 (30118)
    • Course summary:

    Abstract:

    Dimensional analysis, applications for internal and external viscous incompressible flows,

    analysis of open channel flows,

    analysis and applications of one –dimensional compressible flows.

    Viscous flow, laminar and turbulent flows, boundary layers.

    Dimensional analysis. One dimensional compressible flow.
  • Uncertain Problems with Material Strength (30227)
    • Course summary:

    Abstract:

    using the force and displacement methods, analysis of statically indeterminate beams using the three-moment equation and the displacement method, strain energy, energy conservation, and Castigliano’s theorem. In addition, the stiffness matrix of a beam element in the global coordinate system and the analysis of statically indeterminate frames using the displacement method will be discussed.
  • Vibrations Analysis (30308)
    • Course summary:

    Abstract:

    The main topics of the course are free vibration of system with single degree of freedom without damping, Lagrange Equations, free vibration of system with single degree of freedom with viscous damping and with coulomb damping, response of system with single degree of freedom to different harmonic excitations, free vibration of system with multiple degree of freedom, response of system with multiple degree of freedoms to different harmonic excitations and vibration absorber.
  • Design of Mechanisms (30324)
    • Course summary:

    Abstract:

    The course provides the student with tools required for the design of various types of mechanisms.

    In the course, different calculation methods are taught for speeds, accelerations and forces that act every moment on all the links of the mechanism.

    In the course, different methods are taught for calculating the position, speed and acceleration of each link in the mechanism as a f?unction of time
  • Mechanical Design for Medical Eng. (50315)
    • Course summary:

    Abstract:

    Statics and dynamics loads. Buckling.

    Shafts- design shaft for statics and dynamics loads. Screws. Mechanical springs. Bearings. Gears. belts