Studi Pengaruh Temperature dan Pembuatan Beton Massa dengan Ketebalan 4 Meter (Studi Kasus : Proyek Gunawangsa Tidar Apartement Surabaya)

Fitria Wardhani, K. Koespiadi
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Abstract

Building a building with a large and large number of foundations requires a mass casting method. In mass casting work requires observation and analysis of temperature in order to find out the peak temperature and no thermal cracks occur. In this Final Project aims to determine the effect of mass concrete temperature on the raft foundation of the Surabaya Gunawangsa Tidar Aparment Project. The project has 25 types of raft foundations, but the ones with large dimensions and mass casting are pile cap 114 and pile cap 119. Mass casting is carried out in a full day so after casting it is necessary to observe the effect of concrete temperature. The effect of temperature observed was peak temperature, temperature difference, and statistical hypothesis testing. In general, the peak temperature at ijinkam is 78.20˚ C with a difference in temperature of 20˚C. Observations on pile cap 114 and pile cap 119 are safe and have no thermal cracks.
温度和4米厚度的质量混凝土塑造影响研究(案例研究:
建造有大量地基的建筑物,需要采用大量浇筑的方法。在大规模铸造工作中需要对温度进行观察和分析,以便找出峰值温度和不发生热裂纹的情况。在这个Final Project中,旨在确定大体积混凝土温度对泗水Gunawangsa Tidar公寓项目木筏基础的影响。本工程有25种筏形基础,但尺寸大、浇筑量大的是114号桩承台和119号桩承台。大体积浇筑是全天进行的,浇筑后有必要观察混凝土温度的影响。观察到的温度影响为峰值温度、温差和统计假设检验。总体而言,伊金坎峰温度为78.20℃,温差为20℃。114号桩帽和119号桩帽观测安全,无热裂缝。
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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