Concrete demonstrates complex dynamic mechanical behaviors under the influence of blast
or impact loads, and there are inherent limitations in experimental and theoretical methods …

Concrete material is widely used in military facilities to resist the deliberate attacks by earth
penetration weapon (EPW). The charge of EPW is more nearly cylindrical than spherical in …

The dynamic impact damage of concrete will lead to serious safety accidents, and the water
environment will aggravate the degree of damage. In this paper, an infrared monitoring …

The purpose of this study is to use small-scale centrifuge tests and numerical simulations to
explore the effect of bubble pulse on concrete gravity dams subjected to underwater …

The underground concrete silo, designed as a hollow cylinder with a large aspect ratio and
thin walls, is highly susceptible to failure caused by intentional or accidental soil explosions …

Concrete gravity dams are often referred to as vertical cantilever structures with
approximately fixed bottoms due to their massive gravity, frictions with the foundation, and …

The underground concrete silo is commonly constructed severing as vertical transport
passages in mining and emergency exits for buried structures like tunnels, which, however …

The small-scale model test is the major feasible approach to experimentally investigate
concrete gravity dams subjected to underwater explosions. However, speculating results of …

The small-scale model test is the major affordable approach to experimentally investigate
concrete gravity dams against underwater explosions. However, results of the small-scale …

The purpose of this study is to present a plastic-damage model that can well capture the
mechanical behaviors of rock-like materials. To this end, a three-invariant yield function …