Convolution Theorem || Inverse Laplace Transformation

[@Civillearningonline]

Next video: kzbin.info/www/bejne/pHvSeId9bLehf68si=H-HWUdBbtk8qmtTt

[@Aadityasah6358]

❤❤❤❤❤

[@sheikhmanan3329]

Best ❤

[@jeenabhatta]

💗💗💗

[@sheikhmanan3329]

Brother could make a playlist on structural dynamics Syllabus here Unit I: [ H 10] Introduction to dynamic load (earthquake and blast loading), types of dynamic loads, the basic background of dynamic methods available (D’Alembert’s principle, Newton’s IInd law), a basic review of the stiffness of structures, development of equation of motion (problem statement and solution method). Unit II: [ H 6] Dynamics equation of equilibrium, components of a basic dynamic system, Free vibration of SDOF (damped and undamped case), Models for energy loss, logarithmic decrement, Coulomb’s Damping in structures. Unit III: [ H 8] Dynamic equation of equilibrium forced vibration of SDOF (undamped and damped case), response to harmonic and periodic loads, pulse loadings, SDOF response to arbitrary functions, duhamel’s integral, dynamic response factors. Unit IV: [ H 10] Dynamic equation of equilibrium for MDOF systems (undamped case), solution of free vibration response for undamped systems, eigenvalue problems, natural modes, and properties. Introduction to Systems with Distributed mass (Continuous Systems), response spectrum. Unit V: [ H 8] Dynamic response of MDOF systems by mode superposition method, Modal Participation Factors, orthogonality relationships of principal modes, general approach of linear systems ,static condensation method. Introduction to Pushover Analysis.

[@sheikhmanan3329]

It will be your kindness ❤

[@Civillearningonline]

Sorry brother. I cannot do this for now. I am enrolled in MS so, I have studied my subjects.

[@sheikhmanan3329]

Thank u brother, koi baat nahi