"Managing Deflection, Shortening and Cracking Arising from Restrained Contraction"

S. Alexander
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引用次数: 1

Abstract

As concrete shrinks and steel does not, the resistance of reinforcement to shrinkage causes deflection of slabs and beams and shortening of columns and walls. In this paper, the current methods of calculating shrinkage curvature and deflection in reinforced sections are examined and compared, concluding that the American Concrete I method seems realistic but the UK and European methods overestimate the deflection significantly. Shrinkage is also significant in concrete roads and industrial ground floors, but the paper is limited to typical structural elements in buildings.
管理因约束收缩引起的挠曲、缩短和开裂
由于混凝土收缩而钢材不收缩,钢筋对收缩的抵抗力导致板和梁的挠曲以及柱和墙的缩短。在本文中,计算收缩曲率和挠度的钢筋截面目前的方法进行了检查和比较,得出结论,美国混凝土I方法似乎是现实的,但英国和欧洲的方法高估挠度显著。混凝土道路和工业地面层的收缩也很明显,但本文仅限于建筑物中的典型结构元素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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