Abstract
In thjs paper seventy .six re 血lbrced conc 田 艶 p且e caps , each with f(〕ur p且es, were ねs撫 under venical d load. The variables involved were Spa血 g ofp 江es , arrangement ofreinfc )roement ,肥 血 f{)rcement ratio , side length of column and depth 。fpile eap . In 毘 g毋 d ω 出e ben血 g司tima艶 stren帥 出e res曲 of 出e 鳳 were compared with the cahUlated values acoord 血 g the tr) provision (〕r 仕1e bend血 g 血 f A.1.J. Standard ()r f Steuctural Calculation of Reinl〜)rDed Concrete StruCtures and セ) the equations proposed by others as well as ω that by authors . To oondude the 〔liscussions the calculat £ d values aoo 【)rd 血 g to the authors ’equaUon agreed well Wi廿i the e) rpe血 nental resUltS .
Cite
CITATION STYLE
OHTSUKI, K., & SUZUKI, K. (1996). EXPERIMENTAL STUDY ON BENDING ULTIMATE STRENGTH OF FOUR PILE CAPS. Journal of Structural and Construction Engineering (Transactions of AIJ), 61(482), 93–102. https://doi.org/10.3130/aijs.61.93_2
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