Add to ORKG11 pages, 20 figures.Hydrodynamic ram (HRAM) is a phenomenon that occurs when a high-energy object p...
This experimental program was undertaken to establish a fracture control method for composite tanks ...
In recent years, vulnerability against high-velocity impact loads has become an increasingly critica...
Effects of projectile size, material, and impact velocity on metal wall fracture of liquid filled ta...
AbstractVulnerability of high pressure vessels subjected to high velocity impact of space debris is ...
AbstractResponse of pressurized composite-Al vessels to hypervelocity impact of aluminum spheres hav...
Metal aircraft fuel tanks that are subjected to ballistic impact and penetration by small arms fire ...
This paper presents the ballistic impact study for the non-filled aluminum tank. The objective was t...
Thin-walled cylindrical gas-filled pressure vessels made of aluminium alloy and unalloyed titanium w...
Shock waves in water and stress waves in tank walls of water-filled fuel tanks impacted by hypervelo...
A primary spacecraft design consideration is the anticipation and mitigation of the possible damage ...
Vulnerability of high pressure vessels subjected to high velocity impact of space debris is analyzed...
Most robotic spacecraft have at least one pressurized vessel on board, usually a liquid propellant t...
When penetrated by a high-velocity projectile, a fluid-filled container can be severely damaged and ...
Response of pressurized composite-Al vessels to hypervelocity impact of aluminum spheres have been n...
11 pages, 20 figures.Hydrodynamic ram (HRAM) is a phenomenon that occurs when a high-energy object p...
This experimental program was undertaken to establish a fracture control method for composite tanks ...
In recent years, vulnerability against high-velocity impact loads has become an increasingly critica...
Effects of projectile size, material, and impact velocity on metal wall fracture of liquid filled ta...
AbstractVulnerability of high pressure vessels subjected to high velocity impact of space debris is ...
AbstractResponse of pressurized composite-Al vessels to hypervelocity impact of aluminum spheres hav...
Metal aircraft fuel tanks that are subjected to ballistic impact and penetration by small arms fire ...
This paper presents the ballistic impact study for the non-filled aluminum tank. The objective was t...
Thin-walled cylindrical gas-filled pressure vessels made of aluminium alloy and unalloyed titanium w...
Shock waves in water and stress waves in tank walls of water-filled fuel tanks impacted by hypervelo...
A primary spacecraft design consideration is the anticipation and mitigation of the possible damage ...
Vulnerability of high pressure vessels subjected to high velocity impact of space debris is analyzed...
Most robotic spacecraft have at least one pressurized vessel on board, usually a liquid propellant t...
When penetrated by a high-velocity projectile, a fluid-filled container can be severely damaged and ...
Response of pressurized composite-Al vessels to hypervelocity impact of aluminum spheres have been n...
11 pages, 20 figures.Hydrodynamic ram (HRAM) is a phenomenon that occurs when a high-energy object p...
This experimental program was undertaken to establish a fracture control method for composite tanks ...
In recent years, vulnerability against high-velocity impact loads has become an increasingly critica...