The equivalent static loading of steel explosion-containment vessel is derived by combining the numerical modeling techniques of the explosive mechanics with the bynamic coefficient method.The strength design of the v...The equivalent static loading of steel explosion-containment vessel is derived by combining the numerical modeling techniques of the explosive mechanics with the bynamic coefficient method.The strength design of the vessel can be checked on the base of the equivalent static loading and modified with the elasto-palstic finite element code.Several steel explosion-containment vessels with different TNT equivalent are successfully developed by this engineering design method.展开更多
文摘The equivalent static loading of steel explosion-containment vessel is derived by combining the numerical modeling techniques of the explosive mechanics with the bynamic coefficient method.The strength design of the vessel can be checked on the base of the equivalent static loading and modified with the elasto-palstic finite element code.Several steel explosion-containment vessels with different TNT equivalent are successfully developed by this engineering design method.
