Introduction
Mathematical modelling
Python programing in dynamics-Plotting
Mathematical modelling and springs
Tutorial Springs
Tutorial-Undamped free vibrations-doubts clearing session
Damped free vibrations
Python program
Tutorial damped free vibrations-logarithmic decrement
Forced vibrations
Tutorial Vibration isolation
Tutorial forced vibrations
Response to general dynamic loading-Fourier series
Unit-II-MDOF system
Flexibility equation for MDOF
Eigen value and eigen vector-tutorial
Orthogonality of normal modes theory and examples
Normalization of moes
Tutorial MDOF-Introduction to approximate methods
Approximate methods-Rayleigh's methods
Approximate method-Holzer's method
Approximate method-Stodla's method
Approximate method-Dunkerly's method
Mode superposition method
Mode superposition techniques for damped structures
Mode acceleration method
Duhamel's method
Unit-3-Vibration of continuous beams
Free longitudinal vibration -Frequency calculation
Longitudinal vibration-Free and forced
Torsional vibration
Torsional vibration tutorial
Natural vibration of beams subjected to natural vibrations
Effect of axial forces in beams subjected to flexural vibration
Miscellaneous vibration
Unit-IV-Blast wave-characteristics
Blast wave characteristics
