雷宇
摘要:混凝土作为性价比较高的建施原材料之一,由于自身的价格较低,并且具有较强的耐压性,其广泛运用于各类建施领域中,深受建施人员的喜爱,但是,混凝土也有着较为明显的缺点,混凝土裂缝的产生严重影响了工程整体的品质,进一步提升安全风险发生的概率,严重危害了广大人民群众的生命财产安全,因此,相关部门应重点关注混凝土裂缝产生的原因,制定科学合理的防护措施。本文详细阐述了混凝土产生裂缝的主要因素,并制定了科学合理的的防护措施,对混凝土的品质加以管控,进一步确保工程整体的品质符合相关标准。
关键词:道路桥梁;建施;混凝土裂缝;原因;对策
Abstract: As one of the cost-effective construction materials, concrete is widely used in various construction fields because of its low price and strong pressure resistance. It is deeply loved by construction personnel, but Concrete also has obvious shortcomings. The occurrence of concrete cracks seriously affects the overall quality of the project, further increases the probability of safety risks, and seriously endangers the lives and properties of the people. Therefore, relevant departments should focus on the occurrence of concrete cracks. Reasons for the development of scientific and reasonable protective measures. This article elaborates on the main factors of concrete cracks, and formulates scientific and reasonable protective measures to control the quality of concrete to further ensure that the overall quality of the project meets the relevant standards.
Keywords: roads and bridges; construction; concrete cracks; causes; countermeasures
在目前建施领域中,最普遍的施工技术就是钢筋混凝土技术。由于混凝土技术具备优秀的承压性,同时,促使相应的建筑物的整体强度符合相关标准,并且具备较长的使用寿命,因此,混凝土技术已然成为道路桥梁建施中普遍使用的技术手段,充分发挥了混凝土技术的作用价值。其次,相关建施企业应重视实时监管各个施工流程,确保工程整体的品质符合相关标准,如果混凝土技术没有得到相应的重视,就会提升混凝土发生裂缝的概率,进一步降低了工程整体的品质,因此,有科学合理的分析混凝土产生裂缝的原因,并制定相关的预防手段,优化桥梁工程的整体建设水平。
1.道路桥梁工程施工中混凝土产生裂缝的概述
在日常开展道路桥梁建施时,假如某项施工环节没有按照规定的施工流程进行作业,就会导致混凝土产生相应的裂缝。……