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A platform for research: civil engineering, architecture and urbanism
Optimal height of free-ends prefabricated reinforced concrete beam with rectangular cross-section
This paper concerns the optimal modelling of free-ends prefabricated reinforced concrete beams. The article focuses on the selection of the optimal height of the cross-section at a fixed length, width, level of reinforcement of the element and the set of external loads. By applying gradient-iterative method it was possible to conduct multiple optimization calculations. Optimal beam height was formulated based on calculation results.
Optimal height of free-ends prefabricated reinforced concrete beam with rectangular cross-section
This paper concerns the optimal modelling of free-ends prefabricated reinforced concrete beams. The article focuses on the selection of the optimal height of the cross-section at a fixed length, width, level of reinforcement of the element and the set of external loads. By applying gradient-iterative method it was possible to conduct multiple optimization calculations. Optimal beam height was formulated based on calculation results.
Optimal height of free-ends prefabricated reinforced concrete beam with rectangular cross-section
Szymon Sobczyk (author)
2013
Article (Journal)
Electronic Resource
Unknown
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