Media Storage Type : DVD-ROM
NPTEL Course Name : Theory and Practice of Rotor Dynamics
NPTEL Subject Matter Expert : Prof. Rajiv Tiwari
NPTEL Co-ordinating Institute : IIT Guwahati
NPTEL Lecture Count : 48
Lecture Titles:
Lecture 1 - A Brief History of Rotor dynamics
Lecture 2 - Overview of Various Rotor Dynamics Phenomena & Recent Trends
Lecture 3 - Single-DOF Damped Rotor Model
Lecture 4 - Jeffcott Rotor Model
Lecture 5 - Jeffcott Rotor Model with an Offset Disc
Lecture 6 - Rolling Element Bearings
Lecture 7 - Hydrodynamic Oil-Lubricated Journal Bearings
Lecture 8 - Symmetrical Long Rigid Shaft in Flexible Anisotropic Bearings
Lecture 9 - Symmetrical Long Rigid Shaft on Anisotropic Bearings
Lecture 10 - Symmetrical Flexible Shaft on Anisotropic Bearings
Lecture 11 - Synchronous Motion
Lecture 12 - Asynchronous Rotational Motion
Lecture 13 - Asynchronous General Motion
Lecture 14 - Gyroscopic Effects by the Dynamics Approach
Lecture 15 - One- and Two-Disc Torsional Rotor System
Lecture 16 - Three-Disc Rotor System
Lecture 17 - Transfer Matrix Methods for Tortional Vibration
Lecture 18 - TMM for Branched Systems
Lecture 19 - TMM for Damped and Branched Systems
Lecture 20 - Modelling of Reciprocating Machine Systems
Lecture 21 - Continuous Shaft Systems
Lecture 22 - Continuous Shaft Systems and Finite Element Methods
Lecture 23 - Applications of Finite Element Methods
Lecture 24 - Geared Element for Branched Systems
Lecture 25 - Influence Coefficient Method
Lecture 26 - Transfer Matrix Methods for Transverse Vibration
Lecture 27 - Applications of Transfer Matrix Methods
Lecture 28 - Transfer Matrix Methods with Gyroscopic effects and Dunkerleyï¾’s Formula
Lecture 29 - Governing Equations and Free Vibration in Continuous Systems
Lecture 30 - Finite Element Formulation
Lecture 31 - Free and Forced Vibrations by Finite Element Method
Lecture 32 - Proportional Damping Static and Dynamic Condensations
Lecture 33 - Timoshenko Beam Theory
Lecture 34 - Whirling of Timoshenko Shafts
Lecture 35 - Oil Whip and Oil Whirl
Lecture 36 - Stability Analysis using Linearized Stiffness and Damping Coefficients
Lecture 37 - Internal Friction and Effect of Rotor Polar Asymmetry
Lecture 38 - Subcritical whirl due to Gravity
Lecture 39 - Instability due to Stream Whirl and Seals
Lecture 40 - Finite Element Instability Analysis of Multi-DOF Rotors Mounted on Flexible Bearings;
Lecture 41 - Basics Theory of Balancing of Rotors
Lecture 42 - Balancing of Practical Rigid Rotor
Lecture 43 - Modal Balancing for Flexible Rotors
Lecture 44 - Influence Coefficient Methods for Flexible Rotors
Lecture 45 - Display of Vibration Measurements
Lecture 46 - Accuracy of Vibration Measurements
Lecture 47 - Signature Analysis of Common Rotor Faults
Lecture 48 - Signature Analysis of Rolling Bearings and Gears