Laced Reinforced Concrete Construction Technique for Containment Type Structures - An Experimental Study

机译：用于遏制型结构的系带钢筋混凝土施工技术 - 一种实验研究

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Reinforced concrete is a widely used material for containment type structures like explosive storage and process buildings. Any accidental explosion inside such a facility will produce high intensity short duration impulsive loads on various structural elements. In such situations the ductility and energy absorption characteristics of various structural elements of the building are of paramount importance. Conventional reinforced concrete is known to have limited ductility and efforts are continually on to improve this property. The paper presents the concept of laced reinforced concrete for resisting high intensity short duration impulsive loads resulting from close in detonation effects. Laced reinforced concrete elements have shown large ductility and concrete confinement capability. The comparative performance of laced reinforced concrete vis-a-vis conventional reinforced concrete has also been described.

机译：钢筋混凝土是用于爆炸储存和工艺建筑物的遏制型结构的广泛使用的材料。这种设施内的任何意外爆炸都会在各种结构元件上产生高强度短持续载荷。在这种情况下，建筑物的各种结构元素的延展性和能量吸收特性至关重要。众所周知，常规的钢筋混凝土具有有限的延展性，并且努力不断促进这种性质。本文介绍了抗弹性钢筋混凝土的概念，用于抵抗高强度短持续荷载，从爆炸效果接近引起。系带钢筋混凝土元件显示出大的延展性和混凝土限制能力。也描述了加线钢筋混凝土VIS-VIS常规钢筋混凝土的比较性能。

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《International conference on structural mechanics in reactor technology》|1999年||共8页
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R.K.Varma; H.Lal; M.S.Bola; V.S.Sethi;
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4. Laced Reinforced Concrete Construction Technique for Containment Type Structures - An Experimental Study [C] . R.K.Varma, H.Lal, M.S.Bola, International conference on structural mechanics in reactor technology;SMiRT-15 . 1999

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Laced Reinforced Concrete Construction Technique for Containment Type Structures - An Experimental Study

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