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تحميل Engineering mechanics

Engineering 2026-09-27

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عدد الدروس 61

قسم Engineering

Mechanics

Lecture 01 Course outline

Lecture 02 Vectorial representation of forces and moments

Lecture 03 Couple moment and reduction of a force system to a force and a couple

Lecture 04 Examples of couple moment

Lecture 05 Examples moment in three dimensions

Lecture 06 Free body diagram and support reactions

Lecture 07 Equilibrium of rigid bodies in two and three dimensions

Lecture 08 Examples Equilibrium of rigid bodies in two dimensions

Lecture 09 Examples Equilibrium of rigid bodies in three dimensions

Lecture 10 Examples Beams and distributed loads

Lecture 11 Flexible Cable

Lecture 12 Flexible Cable Catenary curve

Lecture 13 Examples Parabolic and Catenary cables

Lecture 14 Flexible Cable Concentrated load

Lecture 15 Structures Plane Trusses

Lecture 16 Analysis of trusses Method of joints

Lecture 17 Analysis of trusses Method of sections

Lecture 18 Shear force and bending moment

Lecture 19 Shear force and bending moment distributed load

Lecture 20 Principle of virtual work

Lecture 21 Principle of virtual work examples

Lecture 22 Principle of virtual work examples II

Lecture 23 Stable and unstable equilibrium

Lecture 24 Friction

Lecture 25 Friction examples

Lecture 26 Rope and belt friction

Lecture 27 Rope and belt friction examples

Lecture 28 Rolling resistance

Lecture 29 Revision static

Lecture 30 Coordinate systems Cartesian and planar polar coordinates

Lecture 31 Coordinate systems spherical coordinates

Lecture 32 Coordinate systems cylindrical coordinates

Lecture 33 Cartesian and planar polar coordinates examples

Lecture 34 Spherical and cylindrical coordinates examples

Lecture 35 Equation of motion in different coordinate systems

Lecture 36 Equation of motion examples

Lecture 37 Work energy method

Lecture 38 Work energy method examples

Lecture 39 Impulse momentum relation

Lecture 40 Variable mass

Lecture 41 Direct central impact

Lecture 42 Oblique central impact

Lecture 43 Moment of inertia

Lecture 44 Moment of inertia examples

Lecture 45 Moment of inertia of composite bodies

Lecture 46 Product of inertia and principal axes of inertia

Lecture 47 Principal axes of inertia examples I

Lecture 48 Principal axes of inertia examples II

Lecture 49 Harmonic oscillator simple harmonic motion

Lecture 50 Simple harmonic motion examples

Lecture 51 Damped harmonic oscillator

Lecture 52 Translation and rotation of rigid bodies

Lecture 53 Translation and rotation of rigid bodies examples

Lecture 54 Plane motion of a rigid body

Lecture 55 Plane motion of a rigid body work energy equation

Lecture 56 Plane motion of a rigid body impulse momentum equation

Lecture 57 Three dimensional dynamics of rigid bodies angular momentum

Lecture 58 Euler s equations of motion

Lecture 59 Euler s equations of motion examples

Lecture 60 Revision Dynamics

Engineering
2026-09-27