Seismic Design of Structures

Seismic Design of Structures (24 Videos)

Course Contents:
1- Causes of earthquakes. In this video
2- Important definitions for seismic design
3- 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 Seismic Provisions Detail Descriptions-Introduction
13- ASCE- 7 Seismic Provisions-Risk Category-Importance Factor-Seismic Design Category
14- ASCE- 7 Seismic Provisions-CONFIGURATION IRREGULARITIES
15- ASCE-7 Redundancy-Deflection amplification factor-Overstrength-Response modification factor-Dr Noureldin
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

Lecture 1

1- Causes of Earthquakes

Lecture 2

2 -Important definitions for seismic design

Lecture 3

3- Seismic capacity design vs direct design

Lecture 4

4- Seismic effects & structure response

Lecture 5

5. Structural Response Characteristics (Stiffness-part-1)

Lecture 6

6-Structural Response Characteristics (Stiffness-part-2)

Lecture 7

7- Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-1

Lecture 8

8- Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-2)

Lecture 9

9-Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-3)

Lecture 10

10-Dynamic Analysis Fundamentals for Seismic Design (Response Spectrum-Part-4)

Lecture 11

11-ASCE-7 Seismic Provisions Detail Descriptions-Introduction

Lecture 12

12-ASCE- 7 Ground motion parameters-Design response spectrum-Examples

Lecture 13

13-ASCE-7 Seismic Provisions-Risk Category-Importance Factor-Seismic Design Category-Dr. Noureldin

Lecture 14

14-ASCE-7 Seismic Provisions-CONFIGURATION IRREGULARITIES- Dr. Noureldin

Lecture 15

15-ASCE-7 Redundancy-Deflection amplification factor-Overstrength-Response modification factor

Lecture 16

16- ASCE-7 Load combinations Load directions- Dr. Noureldin

Lecture 17

17- ASCE-7 Effective Seismic Weight & Approximate Fundamental Period

Lecture 18

18- ASCE-7 Equivalent Lateral Force (ELF) Method-Vertical Distribution of Seismic Force

Lecture 19

19- ASCE-7 Amplification of Accidental Torsion with Example- Dr. Noureldin

Lecture 20

20- ASCE-7 Story Drift Calculation with Example- Dr. Noureldin

Lecture 21

21- ASCE-7-P-delta Effects Part-1-Main Concept- Dr. Noureldin

Lecture 22

22- ASCE-7-P-delta Effects Part-2 Example-1-Dr. Noureldin

Lecture 23

23-ASCE-7-P-delta Effects Part-3 Example-2-Dr. Noureldin

Lecture 24

24-ASCE-7-Structural Separation with Example-Dr. Noureldin