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[HTML][HTML] Experimental and numerical study of stress wave generation and attenuation in copper during laser shock peening
A physically based model of laser shock peening is established and experimentally verified.
The laser-induced generation of stress wave in the confined geometry is considered directly …
The laser-induced generation of stress wave in the confined geometry is considered directly …
Simulation and experimental investigation of the spall fracture of 304L stainless steel irradiated by a nanosecond relativistic high-current electron beam
The results of numerical and experimental investigations of the shock-wave induced spall
fracture of bulk samples with thickness up to 10 mm made of 304L stainless steel irradiated …
fracture of bulk samples with thickness up to 10 mm made of 304L stainless steel irradiated …
Structural model of mechanical twinning and its application for modeling of the severe plastic deformation of copper rods in Taylor impact tests
We propose a new structural model of the mechanical twinning applicable for description of
severe plastic deformation in 2D formulation. The twinning model together with the …
severe plastic deformation in 2D formulation. The twinning model together with the …
Comparative study of shock-wave hardening and substructure evolution of 304L and Hadfield steels irradiated with a nanosecond relativistic high-current electron …
We present the results of a comparative study of the shock-wave hardening regularities and
mechanisms revealed for bulk (thickness h= 6 and 9.3 mm) targets made of austenitic 304L …
mechanisms revealed for bulk (thickness h= 6 and 9.3 mm) targets made of austenitic 304L …
Molecular dynamics investigation of dislocation slip in pure metals and alloys
Averaged accounting of motion and interaction of dislocations is a natural way to describe
plasticity at macroscale in those metals, in which dislocation slip is the main mechanism …
plasticity at macroscale in those metals, in which dislocation slip is the main mechanism …
Theoretical interpretation of abnormal ultrafine-grained material deformation dynamics
Some recent experiments with ultrafine-grained metal samples reveal that it has an
abnormal mechanical response on the intensive dynamical loading caused by its impact or …
abnormal mechanical response on the intensive dynamical loading caused by its impact or …
Strength of solid and molten aluminum under dynamic tension
Under dynamic loading, an aluminum melt has a comparable or even higher strength than
solid aluminum at room temperature. This phenomenon is possible due to the uniformity of …
solid aluminum at room temperature. This phenomenon is possible due to the uniformity of …
Formation of Aluminum-Copper Composite Using High-Current Electron Beam Irradiation
S Donets, V Klepikov, V Lytvynenko… - 2019 IEEE 9th …, 2019 - ieeexplore.ieee.org
Pulsed high-current quasi-relativistic electron beam irradiation was used to study the
formation mechanism of aluminum-copper composite. The composite was obtained through …
formation mechanism of aluminum-copper composite. The composite was obtained through …
[PDF][PDF] Experimental and numerical investigations of the scale levels in spall fracture of D16 aluminum
Results of microstructural investigation of the D16 aluminum spall surface are presented in
comparison with the numerical simulation of the fracture process. A fracture model based on …
comparison with the numerical simulation of the fracture process. A fracture model based on …
Continuum model of tensile fracture of pure aluminum and D16 alloy and its application to the shock wave problems
A continuum model of tensile fracture of solid metals is formulated for the cases of pure
aluminum and D16 alloy. It is verified within a wide range of strain rates using results of …
aluminum and D16 alloy. It is verified within a wide range of strain rates using results of …