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How to make a Response Spectrum curve in MS Excel according to ASCE-7-05_BNBC-2020

Lecture-03 Design Spectra 01. Response Spectrum and Equivalent Static Force 02. Response Spectrum Analysis 03. Equivalent Static Force Analysis/Method 04. Earthquake Response Spectra for the BNBC-2020 05. Elastic Dynamic vs. Equivalent Static Analysis 06. Elastic Dynamic Analysis and Equivalent Static Force Method 07. Math Examples

Lecture-02 Structural Dynamics 01. Components of Dynamic System 02. Equation of Motion for Seismic Vibration 03. Numerical Solution of SDOF Equation 04. Eigenvalue Problem and Natural Frequencies 05. Natural Frequencies and Modal Shapes 06. Natural Frequencies and Modal Shapes of MDOF System

Numerical solution of SDOF by Newmark-Beta method Numerical solution of SDOF by Constant Average Acceleration (CAA) method Numerical solution of SDOF by Linear Acceleration (LA) method

Lecture-01 Nature of Earthquake Vibration 01. Introduction and Basic Concepts of Earthquake 02. Earthquake Terminology 03. Earthquake Ground Motion 04. Earthquake Magnitude and Intensity 05. Earthquake Magnitude and Moment Magnitude 06. Difference between Magnitude and Intensity 07. Empirical Relationships for estimating Peak Ground Acceleration (PGA) 08. PGAs during shaking of different Intens...

Lecture-07 on Connection Design 01. Beam-girder Connection design 02. Beam-Column (Moment) Connection design 03. Column-Base Connection (Base plate) design

01. Flexural members (Beam, Girder) Design 02. Flexural members Design for shear

01. Design of Compression (Column) Member 02. Effective length factor (K) of Compression Member

Welded connections design

Bolted connections design

Design of tension member (i)Yield failure, (ii)Fracture failure (iii)Block shear failure

Basic theory on steel structure Design of tension member

Numerical solution of SDOF by Newmark-Beta method Numerical solution of SDOF by Constant Average Acceleration (CAA) method Numerical solution of SDOF by Linear Acceleration (LA) method Download of seismic ground motion ngawest2.berkeley.edu/ (peer) ec2-35-167-122-9.us-west-2.compute.amazonaws.com/ (nhr)

01. Download of seismic ground motion- (i) unscaled and non-target spectrum ngawest2.berkeley.edu/ (peer) ec2-35-167-122-9.us-west-2.compute.amazonaws.com/ (nhr) (ii) Target spectrum ngawest2.berkeley.edu/ ec2-35-167-122-9.us-west-2.compute.amazonaws.com/ 02. Extract ground motion 03. Use the seismic ground motion in FEM software (i.e. ETABS) and SDOF (CAA and LA method)

Lecture-08 (part-1) on foundation settlement

Lecture-07 on bearing capacity of pile and group pile

Lecture-06 on size, thickness and pressure of combined and mat foundation

Lecture-05 on bearing capacity of Mat or Raft foundation

Lecture-04 on bearing capacity of layer soil (sand over sand)

Lecture-03 on bearing capacity of shallow foundation (by Tarzaghi''s and Mayerhof's equation)

Lecture-02 on slope stability

Lecture-09 on slope stability

Lecture-08 Sub-surface exploration

Lecture-01 Sub-surface exploration

Lecture-07 on Seepage and Permeability

Lecture-06 on Soil compaction (Dry unit weight, optimum moisture content, relative density).

Isolated footing design (For e-centric load)

Lecture-05 on shear strength of soil (c and phi, cohesion=c, angle of internal friction=phi)

Lecture-04 on Compressibility of soil, settlement, time factor