Bài 3 của loạt bài về kết cấu của Bảo tàng Edo Tokyo.
The image displays a technical document, likely a research paper or engineering report in Japanese, focusing on structural engineering diagrams. [1]
• The document includes foundation plans ("基礎伏図") and structural framing elevations ("通り軸組図") for a steel-framed structure. [1]
• It describes seismic design principles, mentioning the use of braces ("ブレース"), trusses ("トラス"), and specific steel materials ("SM490A") to ensure structural integrity. [1, 2]
• The diagrams outline components like columns and beams, showing their arrangements on different structural grid lines. [1, 2]
Translation
• Figure 2: Foundation Plan
• Figure 3: 6th Floor Framing Plan
• Figure 4: 7th Floor Framing Plan
• Figure 5: A-Grid Framing Elevation
• Figure 6: C-Grid Framing Elevation
• Steel material type: 40mm or less SM490A, Over 40mm is TMCP steel.
• The trusses are designed so that axial forces are dominant in each member.
• Horizontal bracing was installed.
• The foundational design ensures stability against earthquakes.
• Column/beam materials: Box section BH-800x800x80x80.
AI responses may include mistakes.
masonrysociety.org
Comparison of Reinforced Masonry Shear Wall and Seismic Design Provisions
Authors: Ece Erdogmus, Carlos Cruz-Noguez, Phillipe Ledent, Lane Jobe, Kevin Hughes, Bennett Banting, Jason Thompson TMS Journal Volume 42, December 31, 2024 Abstract As part of a larger project titled, CANUS: Harmonization of Canadian and American Masonry Structures Design Standards Project, in thi...
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