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Momentum principles, Hamiltons principle , Lagranges equations, Three dimensional kinematics
Dynamics of rigid bodies, lumped parameter , continuous systems
Nonlinear oscillations, Nonholonomic systems
Topics for Dynamics and Vibration
Working environment of software tools , ADAMS , Vibration, Car Suspension Design, Car and ADAMS Conceptual Suspension , Car Vehicle Dynamics , Geometrical characteristics of the wheel suspension mechanisms , Models of excitation of longitudinal road unevenness , The dynamic characteristics of the tire models , F-Tire, MF-Tire, UA-Tire, TMeasy
Modeling, analysis and optimization of the flexible elements in the module ADAMS , Car Ride , Partial and full vehicle models , optimize handling properties of vehicles, Objectives, methods and means of passive, semi-active and active vibration damping , ISO tests of driving regimes the vehicle, Dynamics of the system of particles, Basic dynamics , fundamental concepts
Total momentum, total angular momentum, center of mass , conservation laws, Motion in a noninertial reference frame, Rotating coordinate systems , equations of motion , Motion in a non-inertial frame , Rigid body dynamics, Moment of inertia, inertia tensor, torque , Euler's equations of motion
Momentum principles, Hamiltons principle , Lagranges equations, Three dimensional kinematics
Dynamics of rigid bodies, lumped parameter , continuous systems
Nonlinear oscillations, Nonholonomic systems
Topics for Dynamics and Vibration
Working environment of software tools , ADAMS , Vibration, Car Suspension Design, Car and ADAMS Conceptual Suspension , Car Vehicle Dynamics , Geometrical characteristics of the wheel suspension mechanisms , Models of excitation of longitudinal road unevenness , The dynamic characteristics of the tire models , F-Tire, MF-Tire, UA-Tire, TMeasy
Modeling, analysis and optimization of the flexible elements in the module ADAMS , Car Ride , Partial and full vehicle models , optimize handling properties of vehicles, Objectives, methods and means of passive, semi-active and active vibration damping , ISO tests of driving regimes the vehicle, Dynamics of the system of particles, Basic dynamics , fundamental concepts
Total momentum, total angular momentum, center of mass , conservation laws, Motion in a noninertial reference frame, Rotating coordinate systems , equations of motion , Motion in a non-inertial frame , Rigid body dynamics, Moment of inertia, inertia tensor, torque , Euler's equations of motion
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