STR04 L08a - Seismic Load Fundamentals
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- čas přidán 6. 08. 2024
- In this presentation we'll talk about general concepts associated with earthquakes and seismic activity and their influences on buildings
In a second presentation we'll talk about how to calculate base shear that a building is subjected to and how to calculate the forces that we have to design for in the building.
0:33 - Slide 3: Resources
2:35 - Slide 5: Introduction
4:44 - Slide 7: Seismometers and Seismograms
7:15 - Slide 12: Earthquake Magnitude (Richter Scale)
8:47 - Slide 14: Earthquake Intensity (Modified Mercalli Intensity)
9:54 - Slide 17: Overview of Structural Dynamics
17:45 - Slide 24: Response Spectrums
22:53 - Slide 28: Geographic Seismicity
27:41 - Slide 34: Design Basis vs Maximum Considered Earthquake
30:26 - Slide 35: Local Site Conditions
33:34 - Slide 39: Seismic Risk Categories
36:16 - Slide 41: Seismic Design Categories
40:15 - Slide 46: Summary and Conclusion
Here are three example problems that are available worked out according to ASCE 7-16.
Example #2 Completed per ASCE 7-16
- • STR04 X08-02 - Seismic...
Example #4 Completed per ASCE 7-16
- • STR04 X08-03 - Seismic...
Example #5 Completed per ASCE 7-16
- • STR04 X08-05 - Seismic...
Keywords: ASCE 7-16: 2016 American Society of Civil Engineers Minimum Design Loads and Associated Criteria for Buildings and Other Structures
IBC 2018: International Building Code Snow Loads, Structural Engineering, Load Determination
Sir, It was a really great presentation. Thanks a lot.
Great lecture ,thanks
Can not find the next lecture
I don’t have any additional seismic lectures posted yet, but I hope to post some with updates to ASCE 7-22 soon. In the meantime, here are three example problems that are available worked out according to ASCE 7-16.
Example #2 Completed per ASCE 7-16
- czcams.com/video/BIcoHWpofDg/video.html
Example #4 Completed per ASCE 7-16
- czcams.com/video/pKhLfNnvM1k/video.html
Example #5 Completed per ASCE 7-16
- czcams.com/video/R31oxn467Vg/video.html