Crane Load Analysis: ASCE/SEI 7 and AIST TR-13 Guidelines Explained

Unlock the secrets of crane load analysis with our comprehensive guide. Dive into the critical aspects of evaluating crane loads on steel structures, understanding the crucial load combinations, and mastering the guidelines set forth by ASCE/SEI 7-16 and AIST TR-13. This video is your go-to resource for navigating the complexities of crane runway loads and ensuring your structures meet legal and guideline requirements.

Video Content:
- Discover the different types of loads applied by cranes on steel structures and how to accurately evaluate them.
- Learn about the vital load combinations for crane loads with other structural loads, enhancing safety and reliability.
- Summarization of ASCE/SEI 7-16 provisions, a legal requirement referenced by the IBC for crane runway loads, and the guideline-focused AIST TR-13 for comprehensive understanding.
- Insights into LRFD load combinations, vertical and horizontal force considerations, impact loading, and the specific requirements for designing column brackets, crane runways, and bumpers.
- Special emphasis on the eccentricity issues, seismic considerations, and the importance of specifying bumper forces in design drawings for optimal structural integrity.

🕒 Timelines:
00:00 Intro
00:32 Relevant Codes
01:41 Wheel Loads
02:03 Vertical Impact Loads
02:50 Horizontal Loads
04:13 Longitudinal Loads
05:06 Bumper Force
06:53 Eccentricities and Column Bending
07:35 Seismic Considerations
08:29 LRFD Load Combinations

Crane Fatigue Considerations:
   • Understanding Structural Consideratio...  

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