本研究对拓展爆炸硬化在实践中的应用领域具有重要的理论指导意义。
It is theoretically significant to the development of material explosion hardening in application.
由于爆炸硬化和爆炸热效应的共同作用，界面附近钛板和铝板硬度分布规律不同。
The mesophase did not appear. As the hardening effect and the thermal effect, hardness distribution near the interface of titanium and aluminum are different.
推导出接触爆炸作用下线性硬化材料板的最大变形量计算式和塑性变形范围的计算式。
The computing formulas of the maximal deformation distance and the plastic area limits of the linear hardening plates were deduced.
推导出接触爆炸作用下线性硬化材料板的最大变形量计算式和塑性变形范围的计算式。
The computing formulas of the maximal deformation distance and the plastic area limits of the linear hardening plates were deduced.
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