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A platform for research: civil engineering, architecture and urbanism
Enclosed Circular Coal Yard: Experimental Study, Numerical Modeling, and Engineering Design
Enclosed circular coal yards have been widely utilized for environmental protection and land conservation purposes. On the basis of in-situ testing, experimental modeling, and numerical evaluation, this study presents a comprehensive methodology for the determination of the key design parameters and the experimental and analytical modeling of coal stockpile structural systems. Multiple engineering applications show that the proposed approach is reliable and economical.
Enclosed Circular Coal Yard: Experimental Study, Numerical Modeling, and Engineering Design
Enclosed circular coal yards have been widely utilized for environmental protection and land conservation purposes. On the basis of in-situ testing, experimental modeling, and numerical evaluation, this study presents a comprehensive methodology for the determination of the key design parameters and the experimental and analytical modeling of coal stockpile structural systems. Multiple engineering applications show that the proposed approach is reliable and economical.
Enclosed Circular Coal Yard: Experimental Study, Numerical Modeling, and Engineering Design
Fan, Zhenzhong (author) / Zhou, Liqiong (author) / Zhou, Daibiao (author) / Ding, Weiliang (author)
International Conference on Sustainable Development of Critical Infrastructure ; 2014 ; Shanghai, China
2014-04-21
Conference paper
Electronic Resource
English
Analysis of 120m Circular Enclosed Coal Yard Based on Finite Element Mechanics
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