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Kinematics of Particle, Motion in Different Coordinates Systems, Angular Velocity, Rotating Coordinate System, Relative Velocity and Acclerations, Rigid Body Kinematics. Particular Solutions of The Equations of Motion, Energy Methods, Impulse and Momentum. Equations of Motion, Center of Mass, Balances of Linear And Angular Momentum, Resultant Force and Moment, Kinetic And Potential Energies, Balance of Energy, Conservative Systems, Impact. Rigid Body Dynamics# Interia Tensor, Angular Momentum, Kinetic Energy, Equations of Motion, Impulse, Pure Planar Motion, Three-dimensional Motion, Dynamic Balancing, Euler Equations, Gyroscopic Effects.

Faculty: Mechanical Engineering
|Undergraduate Studies

Pre-required courses

(34028 - Solid Mechanics 1 and 104022 - Differential and Integral Calculus 2m and 104131 - Ordinary Differential Equations/h and 114051 - Physics 1) or (84505 - Solid Mechanics and 84506 - Solid Mechanics and 104013 - Differential and Integral Calculus 2t and 104135 - Ordinary Differential Equations/t and 114071 - Physics 1m) or (104013 - Differential and Integral Calculus 2t and 104135 - Ordinary Differential Equations/t and 114071 - Physics 1m and 334222 - Solid Mechanics For Biomedical Eng.)

Course with no extra credit

15011 - דינמיקה 74008 84225 - Dynamics 334334 335334 - Introduction to Motion Biomechanics

• Dynamics / M.B. Rubin, E. Altus. - Rubin, Miles
• Dynamics : ME 34010 / M.B. Rubin, E. Altus. - Rubin, Miles
• Engineering mechanics : dynamics / J.L. Meriam, L.G. Kraige. - Meriam, J. L.