An experimental study of non-Newtonian properties of water under electroexplosive loading

Non-Newtonian properties of water in the shock-wave (electroexplosive) experiment are studied. Powerlike dependences of the deformation rate depending on the stress amplitude at the wave front and the spall strength depending on the strain rate during unloading are obtained.     

Peculiarities of the elastic-plastic transition and failure in polycrystalline vanadium under shock-wave loading conditions

Technical Physics Letters - Specific features in the deformation of polycrystalline vanadium under shock-wave loading conditions have been studied by experimental and theoretical methods. Analysis...     

Improving the Electron-Beam Additive Manufacturing Growth of Components

Russian Engineering Research - Vertical supply of a wire in surfacing by two electron beams is proposed as a process for three-dimensional product growth. The numerical modeling of this process is...     

The Formation of Elastoplastic Fronts and Spall Fracture in AMg6 Alloy under Shock-Wave Loading

Full wave profiles were monitored by the laser interferometry method by means of a VISAR laser Doppler velocimeter under shock-wave loading of samples of AMg6 aluminum alloy. Analysis of these profiles was used to study the laws of elastic precursor formation and its amplitude variation during elastic–plastic transition front propagation in samples loaded by a shock wave of variable intensity. Critical stresses leading to the spall fracture of samples were determined as dependent on the strain rate under unloading.