Žํ•ส ˜_•ถ
Žๅ‘่ Influence of Top Flange to Shear Resisting Mechanism of Reinforced Concrete T-Beams
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•M“ช’˜Žา Withit PANSUKi–kŠC“น‘ๅŠwj
˜A–ผŽา1 ฒ“ก–๕•Fi–kŠC“น‘ๅŠwj
˜A–ผŽา2 ‚‹ด—ว•ใi`˜p‹๓`‹ZpŒค‹†Šj
˜A–ผŽา3 ใ“c‘ฝ–ๅi–kŠC“น‘ๅŠwj
˜A–ผŽา4
˜A–ผŽา5`
ƒL[ƒ[ƒh TŒ^‚อ‚่Aƒgƒbƒvƒtƒ‰ƒ“ƒW—ฬˆๆA‚น‚๑’f‘ฯ‰ื‹@\A‚RŽŸŒณ—LŒภ—v‘f–@AT-beamsAtop flange areaAshear resisting mechanismA3D finite element method
Šช 27
† 2
ๆ“ชƒy[ƒW 859
––”๖ƒy[ƒW 864
”N“x 2005
—vŽ| In this paper, how the top flange area affects shear capacity of RC T-beam with shear reinforcement is discussed based on experimental and analytical observations. The turning point of the shear resisting mechanism from the truss analogy to the arch mechanism can be observed from the tested and FEM results. The influence of the horizontal crack is discussed.
PDFƒtƒ@ƒCƒ‹–ผ 027-01-2144.pdf


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