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Failure of materials on the postcritical deformation stage at different types of the stress-strain state

机译:不同类型的应力 - 应变状态下的后临界变形阶段的材料失效

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Work is devoted to experimental study of the behavior of structural steels on the postcritical deformation stage at different types of the stress-strain state. Postcritical deformation stage of materials connected to the structural failure and fracturing processes and reflected on the strain curve as a descending section. Experimental and theoretical investigation of the postcritical deformation stage is very important for different materials, especially for heterogeneous materials, and necessary for forecasting of the behavior of materials in emergency cases and failure processes propagation. Realization of the postcritical deformation stage allows using of the reserves of load-carrying ability, increase vitality and safety of the deformable systems. Results of uniaxial tension, proportional tension with torsion and complex tension-torsion loading is carried out.
机译:作品致力于对不同类型的应力 - 应变状态下结构钢的行为的实验研究。后临界变形阶段连接到结构性破坏和压裂过程,并反映在应变曲线上作为下降部分。后临界变形阶段的实验和理论研究对于不同材料非常重要,特别是对于异质材料,以及预测应急病例和失败过程繁殖中材料的行为所必需的。经过临界变形阶段的实现允许使用负载能力的储备,增加可变形系统的活力和安全性。单轴张力的结果,进行了与扭转和复杂张力扭转负荷的比例张力。

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