A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structural Design Criteria for Steel Bins and Silos
The paper discusses the reasons for failures in steel bins used for the storage of bulk solids. It then classifies the types of failures as being due to yielding, buckling, fracture, fatigue, and wear, and summarizes criteria for designing against them. The application of these criteria to the design of the more critical elements of steel bins is discussed, beginning with the supporting structures, and including conical hoppers, compression ringbeams, cylinder walls, roof outer ringbeams, self-supporting roof shells and roof structures and sheeting.
Structural Design Criteria for Steel Bins and Silos
The paper discusses the reasons for failures in steel bins used for the storage of bulk solids. It then classifies the types of failures as being due to yielding, buckling, fracture, fatigue, and wear, and summarizes criteria for designing against them. The application of these criteria to the design of the more critical elements of steel bins is discussed, beginning with the supporting structures, and including conical hoppers, compression ringbeams, cylinder walls, roof outer ringbeams, self-supporting roof shells and roof structures and sheeting.
Structural Design Criteria for Steel Bins and Silos
N. S. Trahair (author)
1985
44 pages
Report
No indication
English
Structural design criteria for steel bins and silos
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