Study on optimal design of penetration resistance of ceramic/titanium alloy composite armor
A study on the optimization of the protective performance of silicon carbide ceramic/titanium alloy composite armor was proposed,and the anti-penetration performance of the composite armor was optimized based on the Florence model.Four implicit function relationships for optimization problems were derived based on the Florence model,and analytical solutions were provided.Finally,the optimal solution curve between areal density,total thickness,and ballistic limit velocity was plotted using numerical methods,which can accurately predict the optimal solution between areal density,total thickness,and ballistic limit velocity.
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维普
