含金属内衬复合材料抗爆容器的初始设计方法OA北大核心CSTPCD

In view of the present status of the insufficient rationality of the current engineering design method of composite explosion containment vessels,an equivalent design method for the design of metal-lined composite explosion containment vessels was proposed based on the idea of lightweight,combined with the dynamic coefficient method and grid theory.The initial design of the composite cylinder with an inner diameter of 0.5 m and an anti-explosion equivalent of 1 kg TNT was completed by this method.The surface density of the composite cylinder was reduced from 19.3 g/cm2 of the equivalent metal cylinder to 3.6 g/cm2.Further,the explosive loading experiment was carried out inside the cylinder.The results show that the design of the cylinder is reasonable.This design method is effective,which provides a new idea for the lightweight design of composite explosion containment vessels.