Add to ORKGHypervelocity perforation of viscoplastic solid - effects of target material yield strengt
This paper deals with the finite-element analysis of plastic deformation of plates during normal im...
Summary Most papers describing viscoplastic behaviour of materials allow just for isotropic or kinem...
A constitutive microdamage model is developed capable of simulating high shock compression, release,...
Viscoplastic flow theory in hypervelocity projectile perforation analyses of thin plate
The material strength and strain rate effects associated with the hypervelocity impact problem were ...
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impac
AbstractA simple perforation prediction model which describes the size of the hole created in a thin...
Computer simulations have been in use for decades in the modeling of hypervelocity impacts and gener...
Computer simulations have been in use for decades in the modeling of hypervelocity impacts and gener...
Dimple, spall, and perforation characteristics of thin metal plates under hypervelocity impac
A high-exponent yield criterion is applied in 3D nonlinear finite element simulations of ballistic i...
Research projects concerned with developing a theory of fracture of materials are discussed. The eff...
AbstractHypervelocity impact experiments were done with a two-stage light gas gun to study the plast...
A pneumatic gas gun has been used to fire ogive-nosed projectiles on aluminium plates(1mm) at varyin...
In this doctoral Thesis the thermo-viscoplastic behaviour of metallic alloys used for structural pro...
This paper deals with the finite-element analysis of plastic deformation of plates during normal im...
Summary Most papers describing viscoplastic behaviour of materials allow just for isotropic or kinem...
A constitutive microdamage model is developed capable of simulating high shock compression, release,...
Viscoplastic flow theory in hypervelocity projectile perforation analyses of thin plate
The material strength and strain rate effects associated with the hypervelocity impact problem were ...
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impac
AbstractA simple perforation prediction model which describes the size of the hole created in a thin...
Computer simulations have been in use for decades in the modeling of hypervelocity impacts and gener...
Computer simulations have been in use for decades in the modeling of hypervelocity impacts and gener...
Dimple, spall, and perforation characteristics of thin metal plates under hypervelocity impac
A high-exponent yield criterion is applied in 3D nonlinear finite element simulations of ballistic i...
Research projects concerned with developing a theory of fracture of materials are discussed. The eff...
AbstractHypervelocity impact experiments were done with a two-stage light gas gun to study the plast...
A pneumatic gas gun has been used to fire ogive-nosed projectiles on aluminium plates(1mm) at varyin...
In this doctoral Thesis the thermo-viscoplastic behaviour of metallic alloys used for structural pro...
This paper deals with the finite-element analysis of plastic deformation of plates during normal im...
Summary Most papers describing viscoplastic behaviour of materials allow just for isotropic or kinem...
A constitutive microdamage model is developed capable of simulating high shock compression, release,...