Matches in SemOpenAlex for { <https://semopenalex.org/work/W3081342661> ?p ?o ?g. }
- W3081342661 endingPage "741" @default.
- W3081342661 startingPage "741" @default.
- W3081342661 abstract "The complication linked with the prediction of the ultimate capacity of concrete-filled steel tubes (CFST) short circular columns reveals a need for conducting an in-depth structural behavioral analyses of this member subjected to axial-load only. The distinguishing feature of gene expression programming (GEP) has been utilized for establishing a prediction model for the axial behavior of long CFST. The proposed equation correlates the ultimate axial capacity of long circular CFST with depth, thickness, yield strength of steel, the compressive strength of concrete and the length of the CFST, without need for conducting any expensive and laborious experiments. A comprehensive CFST short circular column under an axial load was obtained from extensive literature to build the proposed models, and subsequently implemented for verification purposes. This model consists of extensive database literature and is comprised of 227 data samples. External validations were carried out using several statistical criteria recommended by researchers. The developed GEP model demonstrated superior performance to the available design methods for AS5100.6, EC4, AISC, BS, DBJ and AIJ design codes. The proposed design equations can be reliably used for pre-design purposes—or may be used as a fast check for deterministic solutions." @default.
- W3081342661 created "2020-09-01" @default.
- W3081342661 creator A5006879881 @default.
- W3081342661 creator A5023000265 @default.
- W3081342661 creator A5026368254 @default.
- W3081342661 creator A5027160958 @default.
- W3081342661 creator A5029564828 @default.
- W3081342661 creator A5057578694 @default.
- W3081342661 creator A5058875606 @default.
- W3081342661 creator A5067288492 @default.
- W3081342661 creator A5073427380 @default.
- W3081342661 date "2020-08-22" @default.
- W3081342661 modified "2023-09-26" @default.
- W3081342661 title "New Prediction Model for the Ultimate Axial Capacity of Concrete-Filled Steel Tubes: An Evolutionary Approach" @default.
- W3081342661 cites W1845345803 @default.
- W3081342661 cites W1963702726 @default.
- W3081342661 cites W1968474154 @default.
- W3081342661 cites W1993803523 @default.
- W3081342661 cites W2001803508 @default.
- W3081342661 cites W2006845562 @default.
- W3081342661 cites W2011580004 @default.
- W3081342661 cites W2048697945 @default.
- W3081342661 cites W2063795320 @default.
- W3081342661 cites W2066452020 @default.
- W3081342661 cites W2076748573 @default.
- W3081342661 cites W2081525126 @default.
- W3081342661 cites W2084427257 @default.
- W3081342661 cites W2087661061 @default.
- W3081342661 cites W2096185550 @default.
- W3081342661 cites W2122522444 @default.
- W3081342661 cites W2337503050 @default.
- W3081342661 cites W2467345994 @default.
- W3081342661 cites W2569544436 @default.
- W3081342661 cites W2604524001 @default.
- W3081342661 cites W2735446838 @default.
- W3081342661 cites W2751908400 @default.
- W3081342661 cites W2790544173 @default.
- W3081342661 cites W2793372004 @default.
- W3081342661 cites W2793653281 @default.
- W3081342661 cites W2811231337 @default.
- W3081342661 cites W2888173080 @default.
- W3081342661 cites W2901443275 @default.
- W3081342661 cites W2914132809 @default.
- W3081342661 cites W2921499992 @default.
- W3081342661 cites W2922765462 @default.
- W3081342661 cites W2925700532 @default.
- W3081342661 cites W2945150489 @default.
- W3081342661 cites W2945364798 @default.
- W3081342661 cites W2946194644 @default.
- W3081342661 cites W2947325973 @default.
- W3081342661 cites W2948968448 @default.
- W3081342661 cites W2955558066 @default.
- W3081342661 cites W2956085207 @default.
- W3081342661 cites W2961073028 @default.
- W3081342661 cites W2964804712 @default.
- W3081342661 cites W2964938350 @default.
- W3081342661 cites W2973656896 @default.
- W3081342661 cites W2976039593 @default.
- W3081342661 cites W2982157083 @default.
- W3081342661 cites W2994777171 @default.
- W3081342661 cites W2998134678 @default.
- W3081342661 cites W2998463744 @default.
- W3081342661 cites W3007270451 @default.
- W3081342661 cites W3008035016 @default.
- W3081342661 cites W3009425669 @default.
- W3081342661 cites W3010244709 @default.
- W3081342661 cites W3010567656 @default.
- W3081342661 cites W3017964923 @default.
- W3081342661 cites W3019791389 @default.
- W3081342661 cites W3027026717 @default.
- W3081342661 cites W3035546678 @default.
- W3081342661 cites W3038122322 @default.
- W3081342661 cites W3040003079 @default.
- W3081342661 cites W3040799676 @default.
- W3081342661 cites W3044546013 @default.
- W3081342661 cites W3044854890 @default.
- W3081342661 cites W3046668209 @default.
- W3081342661 cites W3081231874 @default.
- W3081342661 cites W3210748623 @default.
- W3081342661 cites W4214640078 @default.
- W3081342661 cites W4254462384 @default.
- W3081342661 cites W608402566 @default.
- W3081342661 doi "https://doi.org/10.3390/cryst10090741" @default.
- W3081342661 hasPublicationYear "2020" @default.
- W3081342661 type Work @default.
- W3081342661 sameAs 3081342661 @default.
- W3081342661 citedByCount "73" @default.
- W3081342661 countsByYear W30813426612020 @default.
- W3081342661 countsByYear W30813426612021 @default.
- W3081342661 countsByYear W30813426612022 @default.
- W3081342661 countsByYear W30813426612023 @default.
- W3081342661 crossrefType "journal-article" @default.
- W3081342661 hasAuthorship W3081342661A5006879881 @default.
- W3081342661 hasAuthorship W3081342661A5023000265 @default.
- W3081342661 hasAuthorship W3081342661A5026368254 @default.
- W3081342661 hasAuthorship W3081342661A5027160958 @default.
- W3081342661 hasAuthorship W3081342661A5029564828 @default.
- W3081342661 hasAuthorship W3081342661A5057578694 @default.