Introduction
Terms used in dynamics
Mathematical modelling
Formulation of equation
Tutorial Springs
Damped free vibrations
Damped free vibrations &Logarithmic decrement
Tutorial un damped-Theory damped free vibrations
Tutorial-Damped free vibrations
Forced vibrations
Vibration isolation-Force transmissibility
Rotating unbalance
Tutorial forced vibrations
Use of Fourier Transformation in Dynamics
Unit-II-MDOF system-General
MDOF-Equation formulation
Eigen value and eigen vector-Theory
Eigen value and eigen vector-tutorial & Orthogonality concepts
Orthogonality of normal modes and normalization
Tutorial-MDOF-Orthogonality and introduction to Approximate methods
Approximate method-Holzer's method
Approximate method-Stodla's method
Approximate methods-Rayleigh's methods
Mode superposition techniques
Mode superposition techniques /Mode acceleration
Unit-3-Vibration of continuous beams
Vibration of continuous beams-(cont..)
Torsional vibration-Theory and tutorial
Approximate methods & Forced vibration analysis in beams
Flexural vibration-deriving general solution
Flexural vibration of beams subjected to axial tension
Duhamel's method
Unit-IV-Introduction to softwares-Dynamics using Python-Introduction
Application of Python for dynamics-free vibration and spring problems
Plotting under damped, damped and overdamped vibration using python
Blast loading concepts
Blast loading-Pr Vs Time diagram
Revision-Unit-I
Revision-Unit-I
Revision-Unit-I
Revision-Unit-I
Revision-Unit-II
Revision-Unit-II-orthogonality
Revision-Unit-II-mode superposition techniques
Revision-Unit-II-Mode superposition techniques and mode acceleration
Revision-Unit-II-Mode acceleration
Revision-Unit-II-Approximate methods
Revision-Unit-II-Holzer's method
Revision-Stodola's method
Revision
