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W01M01 Introduction of Structural Dynamics
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W01M02 Static and Dynamic load Types of Analysis
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W01M03 Degrees of Freedom
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W01M04 Vibrations of SDOF Systems
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W01M05 Dynamic Equilibrium Equation and its Solution
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W01M06 Undamped free Vibration
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What is MATLAB [Structural Dynamics]
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Getting Started with MATLAB Online [Structural Dynamics]
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MATLAB Variables [Structural Dynamics]
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MATLAB as a Calculator Structural Dynamics
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MATLAB Functions [Structural Dynamics]
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Creating Vectors [Structural Dynamics]
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Creating Uniformly Spaced Vectors LINSPACE [Structural Dynamics]
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Accessing Elements of a Vector [Structural Dynamics]
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Calculations with Vectors [Structural Dynamics]
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Creating Matrices [Structural Dynamics]
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Matrix Creation Functions [Structural Dynamics]
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Accessing Elements of a Matrix [Structural Dynamics]
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Matrix Multiplication [Structural Dynamics]
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If Else Statement [Structural Dynamics]
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Logical Operators [Structural Dynamics]
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FOR Loop [Structural Dynamics]
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Writing a While Loop [Structural Dynamics]
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Line Plots [Structural Dynamics]
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Annotating Graphs [Structural Dynamics]
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Exploring Figures in MATLAB Online [Structural Dynamics]
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W02M01 Damped free vibration
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W02M02 Types of Damping
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W02M03 Logarithmic decrement equation
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W02M04 Dynamic equilibrium equation by energy method
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W03M01 UnDamped Forced Vibrations
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W03M02 Forced Damped Vibration
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W03M03 Relationship Between Rd, Rv, Ra
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W03M04 Resonant Frequency & Half Power Band Width
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W03M05 Transmissibility
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W04M01 Response to Arbitrary Force
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W04M02 Special Cases in Arbitrary Force
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W4M03 Fourier Transformation
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W05M01 Numerical Methods
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W05M02 Methods Based on Interpolation of Excitation
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W05M03 Central Difference Method
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W05M04 Numerical Methods based on Variation of Acceleration Newmark's Method
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W05T01 Central Difference Method
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W06M01 Response Spectrum
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W06M02 Special Cases of Response Spectrum
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W06M03 Development of Tripartite Plot
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W07M01 Multi Degree of Freedom Systems
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W07M02 Multi Degree of Freedom System Solution of Equilibrium Equation
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W07M03 Multi Degree of Freedom System Modal Orthogonality
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W07M04 Approximate Methods For Finding Natural Frequency
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W07T01 Generation of Mass Matrix
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W07T02 Eigen Vectors and Modal Orthagonality
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W08M01 Time History Analysis
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W08M02 Response Spectrum Analysis
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W09M01 Three Dimensional Dynamic Analysis
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W09M02 Generation of Elastic Design Response Spectra
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W09T01 Centre of Mass & Centre of Stiffness
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W10M01 Vibration of Continuous Systems
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W10M02 Example Problem on Continuous system
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W10M03 Theory of Seismometer
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W11M01 Dynamics of Non Structural Elements
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W11M02 Non Structural Elements Example
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W11T01 Non Structural Elements
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W12M01 Classical and Non Classical Damping
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W12M02 Vibration Control
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W12M03 Base Isolation
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W12M04 Tuned Mass Damper
Description:
PRE-REQUISITES: Basic understanding of structural analysis and knowledge of engineering mathematics. INTENDED AUDIENCE: NILL COURSE OUTLINE: The objective of the course is to understand the behavior of structures especially building to various dynamic loads: such as wind, earthquake, machine vibration and ambient vibration.

Structural Dynamics

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W01M01 Introduction of Structural Dynamics