Staad.pro v8i dynamic response sesmic analysis-course contents

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Staad.Pro V8i-Dynamic Response
Spectrum Seismic Analysis-
Course Contents
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Sample Videos Playlist- https://www.youtube.com/watch?v=9sm3LR38Tpw
Chapter-1
 What is Earthquake
 Types of Seismic Waves
 Classification
 Seismotonics of India
 Earth Quake Zone
 GENERAL EFFECTS OF EARTHQUAKES
 Types of Damage and reason
 Effects of Earthquakes
 Site Selection
 Building Construction Materials
 Horizontal and Vertical Shaking of a Structure
 Building Planning | Earthquake Resistant Buildings
 Earthquake Resistant Techniques
 EARTHQUAKE EFFECTS ON TALL BUILDINGS
 EARTHQUAKE BANDS IN RC
 Necessity of Earthquake analysis in STAAD?
 Dynamic Analysis as per seismic/Earthquake code –IS 1893
Chapter-2
 IS 1893-2002 Provisions /IBC/UBC
 STAAD Engine How Operates for RS Seismic-Dynamic?

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 Discussion on G+13 Projects for Response spectrum Seismic Analysis
 How to configure different seismic parameters
 Floor weight for Response Spectrum Seismic
 Live and Dead Load assigning
 Seismic code and seismic live load assigning
 Rule for Load case 1 ,2 &3
 How STAAD calculates the Lateral seismic Load?
 x Calculations
 Sa/g Concept in RS Seismic
 Base shear and Seismic lump Weight relations and configuration
 Response Spectrum Configuration
 SPECTRUM DIRECTION LOAD Configuration and formulation
 Rules for SPECTRUM LOAD In STAAD
 Analysis /Print config
 Analysis /Post print –ANALYSIS Results
 Analysis /Post print –STORY DRIFT:
 Lateral seismic load and seismic code compliance rule
 RS Analysis as per seismic/Earthquake code –IS 1893
 How to check code compliance as per IS 1893-2002
 Re assigning design parameters from analysis data
 Reading critical Analysis data
 Project-1>>>G+33 (Seismic RS Analysis-Dynamic)
 Project-2>>>Response spectrum Seismic Analysis on G+101 Structure
Chapter-3
 How STAAD Calculates of Base Shear in Dynamic Response spectrum Analysis?
 Base Shear concept
 Participation factors
 Mass participation factor for the mode for a direction
 Total mass specified for the direction
 Spectral acceleration for the mode
 Direction factor specified in the load case
 How STAAD calculates Bending Moment DIAG. for Dynamic Response Spectrum Load
Case?
 Scale Factor concept while defining Response Spectrum Seismic Analysis?

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 NORMALIZATION FACTOR
 spectral acceleration or spectral displacement relation with SF
 Direction Factor concept In Seismic Response Spectrum Analysis?
 SPECTRUM SRSS
 Spectral displacement “Sa/g"
 How to retrieve critical value from the Design?
 How to get vertical distribution of the total base shear in a Response Spectrum analysis?
 How Global Reaction and Global Base Shear are different: Clarifying the wrong perception
Sample Videos Playlist-
https://www.youtube.com/watch?v=9sm3LR38Tpw&list=PL_bf79oqKtiNmT51uUujVZXF-76GQrncP
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Dynamic-Response-Spectrum-Seismic-Analysis-Video-Training-id-318142.html
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