
Mathematical models of deformation and destruction of a biocomposite, an analog of flat cortical and spongy bones of calvaria, at shock-wave loading have been proposed. Interaction of particles of steel compact cylindrical and spherical strikers with a bone tissue at impact velocity of 500 m/s has been researched by use of the method of computer simulation.
Предложены математические модели деформирования и разрушения биокомпозита аналога плоских кортикальной и губчатой костей свода черепа, при высокоскоростном нагружении. Методом компьютерного моделирования исследованы процессы взаимодействия стальных компактных ударников цилиндрической и сферической формы с костной тканью при скорости удара 500 м/с.
МАТЕМАТИЧЕСКОЕ МОДЕЛИРОВАНИЕ, БИОКОМПОЗИТ, КОСТЬ, РАЗРУШЕНИЕ, ВЫСОКОСКОРОСТНОЙ УДАР
МАТЕМАТИЧЕСКОЕ МОДЕЛИРОВАНИЕ, БИОКОМПОЗИТ, КОСТЬ, РАЗРУШЕНИЕ, ВЫСОКОСКОРОСТНОЙ УДАР
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