Seismic Design of Structures

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Seismic Design of Structures is an advanced engineering course that focuses on the design of structures that can withstand seismic events. The course covers the fundamental principles of earthquake engineering and explores the behavior of structures under seismic loads.
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Afspeellijst
Seismic Design of Structures
1- Causes of Earthquakes
2 -Important definitions for seismic design
3- Seismic capacity design vs direct design
4- Seismic effects & structure response
5. Structural Response Characteristics (Stiffness-part-1)
6-Structural Response Characteristics (Stiffness-part-2)
7- Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-1
8- Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-2)
9-Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-3)
10-Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-4)
11-ASCE-7 Seismic Provisions Detail Descriptions-Introduction
12-ASCE- 7 Ground motion parameters-Design response spectrum-Examples
13-ASCE-7 Seismic Provisions-Risk Category-Importance Factor-Seismic Design Category-Dr. Noureldin
14-ASCE-7 Seismic Provisions-CONFIGURATION IRREGULARITIES- Dr. Noureldin
15-ASCE-7 Redundancy-Deflection amplification factor-Overstrength-Response modification factor
16- ASCE-7 Load combinations Load directions- Dr. Noureldin
17- ASCE-7 Effective Seismic Weight & Approximate Fundamental Period
18- ASCE-7 Equivalent Lateral Force (ELF) Method-Vertical Distribution of Seismic Force
19- ASCE-7 Amplification of Accidental Torsion with Example- Dr. Noureldin
20- ASCE-7 Story Drift Calculation with Example- Dr. Noureldin
21- ASCE-7-P-delta Effects Part-1-Main Concept- Dr. Noureldin
22- ASCE-7-P-delta Effects Part-2 Example-1-Dr. Noureldin
23-ASCE-7-P-delta Effects Part-3 Example-2-Dr. Noureldin
24-ASCE-7-Structural Separation with Example-Dr. Noureldin

























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