The dynamic loads acting on concrete-filled steel tubular members under axial impacts by rigid bodies were studied herein by FEM.
Photograph of the strain test on site. Ultimate bearing capacity. (A) Specimens A1–A9. (B) Specimens B1–B9. As can be seen ...
Abstract: This paper gives an application of the use of particle swarm algorithm of reinforced concrete axially loaded ...
As a primary load-bearing component, accurately predicting the bearing capacity of concrete-filled rectangular steel tube (CFRST ...
FEM_load_carrying_capacity_RFDownload and save the files FirstTimeRun.ipynb, Interface.ipynb and xgb_final.pkl in a single folder ...
The likelihood of a front seat occupant sustaining a femoral shaft fracture in a frontal crash has traditionally been assessed by ...
Abstract: Comparison of design methods for limit state is presented between Chinese and American reinforcement concrete design codes.
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