There the study object are the specimens in the structural materials, among them is the porous iron. The main mechanisms of deforming have been determined with regard to the stessed-deformed state and with regard to the strengthing of porous metals. The model and the determing equations of state, which describe the compaction of porous metals whith regard to the visco-plasticity effects and with regard to the heat effects of deformation, which are used for the engineer's designs have been developed. The determing equations of state may be used for the optimization of dampig member structure for the impact-wave loading. The recommendations are used during the designing of new equipment specimensAvailable from VNTIC / VNTIC - Scientific & Tec...
Elastic-plastic strain hardening responses of sintered porous iron are investigated. By using the yi...
The behavior and failure of a brittle material is significantly influenced by the existence of inhom...
Structural-heterogeneous media with the granular structure: polycrystals, composites, powder and gra...
An experimental investigation is presented for the viscoplastic behaviour of porous metals. The inte...
A simple pressure versus porosity compaction model is developed to calculate the response of granula...
Deformation features were analyzed based sintered material of iron powders. They measured features o...
The study represents the analysis of numerical simulation of the failure of aluminum targets made of...
The present paper aims at giving some general ideas concerning the micromechanical approach of the s...
Elastic-plastic responses of porous iron under uniaxial strain cycling between two fixed values of s...
Porosity can be found in many forms in common materials, either naturally occurring such as wood, or...
The damping capacities of a few porous structures are studied. Damping in porous structures is enhan...
Deformation processing of porous metals and metal powders is analyzed using analytical and numerical...
Higher strength and lower degradation rate of Fe compared to magnesium and zinc have made it the mos...
Steel porous materials are multifunctional lightweight materials with a great potential in several a...
Mechanical and tribotechnical features of powdered materials are strongly influenced by pore volume,...
Elastic-plastic strain hardening responses of sintered porous iron are investigated. By using the yi...
The behavior and failure of a brittle material is significantly influenced by the existence of inhom...
Structural-heterogeneous media with the granular structure: polycrystals, composites, powder and gra...
An experimental investigation is presented for the viscoplastic behaviour of porous metals. The inte...
A simple pressure versus porosity compaction model is developed to calculate the response of granula...
Deformation features were analyzed based sintered material of iron powders. They measured features o...
The study represents the analysis of numerical simulation of the failure of aluminum targets made of...
The present paper aims at giving some general ideas concerning the micromechanical approach of the s...
Elastic-plastic responses of porous iron under uniaxial strain cycling between two fixed values of s...
Porosity can be found in many forms in common materials, either naturally occurring such as wood, or...
The damping capacities of a few porous structures are studied. Damping in porous structures is enhan...
Deformation processing of porous metals and metal powders is analyzed using analytical and numerical...
Higher strength and lower degradation rate of Fe compared to magnesium and zinc have made it the mos...
Steel porous materials are multifunctional lightweight materials with a great potential in several a...
Mechanical and tribotechnical features of powdered materials are strongly influenced by pore volume,...
Elastic-plastic strain hardening responses of sintered porous iron are investigated. By using the yi...
The behavior and failure of a brittle material is significantly influenced by the existence of inhom...
Structural-heterogeneous media with the granular structure: polycrystals, composites, powder and gra...