
Рассмотрены общие подходы и особенности задач динамического деформирования и разрушения конструкций, технологий высокоскоростной обработки. Представлены математические модели и методы численных исследований скоростного нагружения элементов конструкций и технологических систем. Рассмотрены перспективы дальнейших исследований. Mathematical model of strain rate deformation of construction elements under impulsive loadings is presented. This model used dynamic properties of materials, finite deformations and three-dimension elastic-plasticity deformations
plastic deformation, высокоскоростное деформирование, train rate deformation, dynamics properties of materials, конструкционные материалы, пластические деформации, оптимизация, impulsive loadings, импульсные нагрузки
plastic deformation, высокоскоростное деформирование, train rate deformation, dynamics properties of materials, конструкционные материалы, пластические деформации, оптимизация, impulsive loadings, импульсные нагрузки
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