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Courses

  • Strength of Materials 2 (30110)
  • תקציר הקורס:

    Abstract:

    Bending: non-symmetric bending of beams having non-symmetric cross-section. Shear: shear in straight beams, the shear formula, the maximum shear stress and its location, Longitudinal shear stress on a beam. Combined loadings. Failure analysis. Deflection of beams: direct determination of the elastic curve. Columns buckling: Euler's Formula.
  • Strength of Materials 1 (30127)
  • תקציר הקורס:

    Abstract:

    Definition of Force, Stress, Strain. Hook's law. Torsion of circular beams. Normal forces, shear forces & bending moment along beams. Bending: symmetric & non-symmetric bending of beams having symmetric cross-sections.
  • Solid Mechanics1 (50114)
  • תקציר הקורס:

    Abstract:

    The main course topics include an introduction to vector analysis, 2D and 3D equilibrium of particles, the equivalent system of forces, 2D and 3D equilibrium of the rigid body, the analysis of frames, center of gravity of areas, distributed forces, moments of inertia, internal forces and shear and bending moment diagram
  • Physiological Mechanics of The Musculoskeletal Sys (50121)
  • תקציר הקורס:

    Abstract:

    The mechanical physiology course provides knowledge on the mechanical properties of bones, linear elasticity, human joint, the f?unction of skeletal muscles, static equilibrium in human joints, kinematic and kinetics of human body and gait analysis
  • Solid Mechanics2 (50134)
  • תקציר הקורס:

    Abstract:

    The course solid mechanics explores the behavior of solid bodies subjected to various types of loading.

    The course topics include stress, mechanical properties of materials, transformation of stress, axial load, transformation of strain, torsion, beam bending, unsymmetrical bending of beam, transverse shear and combined Loadings
  • Final Project Part B (50422)
  • Final Project Part C (50423)
  • Selected Topics in Biomechanics (68113)
  • תקציר הקורס:

    Abstract:

    Biomechanics of the skeletal and muscular system, mechanical analysis of sports performance, biomechanics of the respiratory system