A problem of steady-state electrochemical shaping with a non-Schlicht velocity hodographWe solve the problem of the steady-state
electrochemical shaping by two semi-infinite cathode
A problem of steady-state electrochemical shaping with a non-Schlicht velocity hodographWe solve the problem of the steady-state
electrochemical shaping by two semi-infinite cathode
One scheme of electrochemical machining of metals by a curvilinear electrode tool electrochemical machining by a curvilinear cathode of symmetric
shape is solved. A condition is obtained which
One problem of the theory of dimensional electrochemical machining of metalsA method is proposed for determining the
shape of the anode-article boundary for a given
shape One scheme of electrochemical machining of metals by a curvilinear electrode tool electrochemical machining by a curvilinear cathode of symmetric
shape is solved. A condition is obtained which
Cavitation flow of an ideal incompressible fluid in the electrochemical machining of metals model of an ideal
electrochemical shaping process and the theory of ideal incompressible fluid jets. A
One problem of the theory of dimensional electrochemical machining of metalsA method is proposed for determining the
shape of the anode-article boundary for a given
shape Simulation of the stationary electrochemical surface treatment by two asymmetric cathode platesThe hydrodynamic analogy method was used to solve the problem of stationary
electrochemical shaping Simulation of the stationary electrochemical surface treatment by two asymmetric cathode platesThe hydrodynamic analogy method was used to solve the problem of stationary
electrochemical shaping The features of Ni-Fe nanowires electrochemical deposition into porous alumina template
a lot of attention due to their
shape anisotropy and extremely large surface area. The combination