Lec 1-Introduction
Lec 2 : Inverse Power Method
Lec 3: Dynamics of SDOF Structure
Lec 4: SDOF Response to Harmonic Loads
Lec 5 : Response to Harmonic Loading
Lec 6 :Response of SDOF Structure to Harmonic Loading
Lec 7 : Response to Harmonic Loading(Continue..)
Lec 8 : Transmissibility
Lec 9 : Dyanamic Characteristics
Lec 10 : Pulse Loading
Lec 11 : Pulse Load Response Characteristics
Lec 12 : Frequency Domain Response Analysis
Lec 13 : Methods of Analysis for General Loading
Lec 14 : Numerical Analyisis of Response of Single Degree of Freedom Structure
Lec 15 : Response Analysis of Single Degree of Freedom Systems for Earthquake Loads
Lec 16 : EarthQuake Response Analysis for Single Degree of Freedom Structures
Lec 17 : Generalized Single Degree of Freedom Systems Equations of Motion
Lec 18 : Generalized Single Degree of Freedom Systems Equations of Motion
Lec 19 : Generalized Single Degree of Freedom Systems Equations of Motion
Lec 20 : Generalized Single Degree of Freedom Systems Equations of Motion
Lec 21 : Equations of Motion for Multi Degree of Freedom Structures
Lec 22 : Equations of Motion for Multi Degree of Freedom Structures
Lec 23 : Multi Degree of Freedom Structure Equations of Motion
Lec 24 : Multi Degree of Freedom Structure Equations of Motion continuation...
Lec 25 : Free Vibration for Multi Degree of Freedom Structures
Lec 26 : Free Vibration for Multi Degree of Freedom Structures Continuation..
Lec 27 : Practical Free Vibration Analysis
Lec 28 : Dynamic Response of Multi Deree of Freedom Systems
Lec 29 : Dynamic Response of Multi Deree of Freedom Systems
Lec 30 : Damping for Multi Degree of Freedom Structures
Lec 31 : Earthquake Response of Multi Degree of Freedom Structures
Lec 32 : Earthquake Response of Multi Degree of Freedom Structures
Lec 33 : Dynamic Analysis of Buildings
Lec 34 : Free Vibration Response of Continuous Systems
Lec 35 : Free Vibration Response of Continuous Systems
Lec 36 :Free Vibration
Lec 37 : Dyanamic Response for Continuous Sysytems
Lec 38 : Examples for Dyanmic Response od Continuous Systems
Structural dynamics, therefore, is a type ofstructural analysis which covers the behavior of structures subjected to dynamic (actions having high acceleration) loading. Dynamicloads include people, wind, waves, traffic, earthquakes, and blasts. Any structure can be subjected to dynamic loading.