Analysis and Design Recommendations for the Collapse of a Concrete Silo

Guang Lin Yuan; Lu Dan Tian

doi:10.4028/www.scientific.net/AMR.250-253.2877

Paper Titles

Calculation of Ultimate Bearing Capacity of Prestressed Steel Reinforced Concrete Structure under Fire
p.2857

Test Study on Water Problems after Barrier Construction in the Jinjiang Estuary
p.2861

Experimental Study on Blast Resistant Structure with Composite Protection Layer
p.2866

Periodical Urban Morphology Evolution Research of Representative City in Songhua River Basin
p.2872

Analysis and Design Recommendations for the Collapse of a Concrete Silo
p.2877

Research on Dynamic Characteristics of Penstock and Expansion Joint Structure in Hydropower Station
p.2881

Research on Time Series Analysis Based Deformation Prediction Model
p.2888

Analysis on Dynamic Response and its Optimized Design of Penstock and Expansion Joint Structure in Hydropower Station
p.2892

Study of a New Type SMA Damper
p.2897

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 250-253Analysis and Design Recommendations for the...

Analysis and Design Recommendations for the Collapse of a Concrete Silo

Abstract:

Accidents of the cement manufacturers’ reinforced concrete silo structures frequently occurred currently in China, because of quality problems, causing enormous losses. The collapse status of a cement raw meal silo is investigated. Combined with the test results of the location and spacing of silo wall’s reinforcing bars, concrete strength, cracks and defects, the reasons for collapse of silo wall are analyzed and design recommendations for concrete silo structures are made. This can give reference to reinforced concrete silo structure design and construction in the future.