Mechanical - Vibration of Structures (English)

   Thursday, March 27, 2025   

Starting a new Lecture Notes Series on Mechanical - Vibration of Structures

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Mechanical - Vibration of Structures By Lecture Notes together!

Lecture 1: Transverse Vibrations of Strings - I

Lecture 2: Transverse Vibrations of Strings - II

Lecture 3: Axial and Torsional Vibrations of Bars

Lecture 4: Variational Formulation - I

Lecture 5: Variational Formulation - II

Lecture 6: Modal Analysis - I

Lecture 7: Modal Analysis - II

Lecture 8: Properties of the Eigenvalue Problem

Lecture 9: Modal Analysis: Approximate Methods - I

Lecture 10: Modal Analysis: Approximate Methods - II

Lecture 11: The Initial Value Problem

Lecture 12: Forced Vibration Analysis - I

Lecture 13: Forced Vibration Analysis - II

Lecture 14: Forced Vibration Analysis - III

Lecture 15: Damping in Structures

Lecture 16: Axially Translating Strings

Lecture 17: d' Alembert's Solution - I

Lecture 18: d' Alembert's Solution - II

Lecture 19: Harmonic Waves and Energetics of Wave Motion

Lecture 20: Scattering of Waves

Lecture 21: Applications of Wave Solution - I

Lecture 22: Applications of Wave Solution - II

Lecture 23: Beam Models - I

Lecture 24: Beam Models - II

Lecture 25: Modal Analysis of Beams

Lecture 26: Applications of Modal Solution

Lecture 27: Approximate Methods

Lecture 28: Topic in Beam Vibration - I

Lecture 29: Topic in Beam Vibration - II

Lecture 30: Wave Propagation in Beams

Lecture 31: Dynamics of Curved Beams

Lecture 32: Vibrations of Rings and Arches

Lecture 33: Dynamics of Membranes

Lecture 34: Vibrations of Rectangular Membrane

Lecture 35: Vibrations of Circular Membrane

Lecture 36: Special Problems in Membrane Vibrations

Lecture 37: Dynamics of Plates

Lecture 38: Vibrations of Rectangular Plates

Lecture 39: Vibrations of Circular Plates

Lecture 40: Special Problems in Plate Vibrations