The report describes the results of theoretical and experimental investigations of the disturbance processes occurred in hard material as a result of rapidly changed effect caused by the explosive loading. This process connected with multitude complex of phenomena and depending on the loading intensity, in order to estimate stress-deformed state of materials it is necessary to choose the different mathematical models. The investigations show that the intensive shift deformations engender the problem linked with a value and proportion of normal and tangent stresses' components. This problem particularly concerns the materials treatment by the sliding front edge of the detonation wave. The above-mentioned and features of structure/property relationship of hot explosively loaded WC-Co alloys (at T=20-1200°C; P=5-20GPa) in depending of loading conditions are discussed.
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机译:该报告描述了由于爆炸性载荷造成的效果迅速改变而在硬质材料中发生的理论和实验研究结果。该过程与众所周度的现象和取决于加载强度,为了估计应力变形的材料状态,是必要选择不同的数学模型。调查表明,密集的变形变形发动机与正常和切线应力成分的值和比例相关的问题。该问题特别涉及通过爆震波的滑动前边缘处理的材料。讨论了在取决于负载条件的热爆炸式WC-Co合金(在T = 20-1200℃; P = 5-20GPa)的上述和结构/性能关系的特征。
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