零级次弹性圆柱杆在阶跃速度拉伸时的惯性效应
INERTIA EFFECTS OF HYPOELASTIC CYLINDRICAL BAR OF GRADE ZERO IN TENSION OF JUMPING VELOCITY
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Abstract: In this paper an analytical solution for finite deformation of a hypoelastic tensionbar of grade zero under jumping velocity is obtained. It is found that the axial inertia stress much greater at jumping velocity than that at a exponential velocity.
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Keywords:
- hypoelasticity /
- grade zero /
- jumping velocity /
- inertial effects
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