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CRACKS & CRACK CONTROL IN CONCRETE STRUCTURES

机译:混凝土结构的裂缝和裂缝控制

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Cracking in reinforced concrete structures is inevitable. Cracks occur wherever and whenever the tensile stress in the concrete exceeds the tensile strength of the concrete.This can occur as a result of design, supply, construction, and project management processes. For example, if care is not taken during construction, cracking can occur in the wet concrete before the concrete sets due to plastic shrinkage or plastic settlement. After the concrete sets and hardens, tensile stress at any location in the structure may be caused by many different factors, including early-age, heat of hydration, applied loads, restrained shrinkage, temperature changes, settlement of the supports and so on.This can have dramatic impacts on the concrete, the structure, and the stakeholders involved.
机译:钢筋混凝土结构的开裂是不可避免的。只要混凝土中的拉应力超过混凝土的抗拉强度,就会在任何地方出现裂缝,这可能是设计,供应,施工和项目管理过程的结果。例如,如果在施工过程中不小心,则由于塑性收缩或塑性沉降,湿混凝土在混凝土凝固之前会发生开裂。混凝土凝固并硬化后,结构中任何位置的拉伸应力可能是由许多不同的因素引起的,包括早期老化,水化热,施加的载荷,收缩率受抑制,温度变化,支撑物沉降等。可能对混凝土,结构和涉众产生重大影响。

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