Influence of the initial winding displacement on the indicators of the electromechanical induction accelerator of cylindrical configuration

Purpose. The purpose of the article is to determine influence initial displacement windings on indicators an electromechanical induction accelerator a cylindrical configuration with pulsed excitation from capacitive energy storage and short-term alternating voltage source. Methodology. To take into account interrelated electrical, magnetic, mechanical thermal processes, as well number nonlinear dependencies, we use lumped parameters windings, solutions equations describing these processes are presented in recurrent form. mathematical model takes variable magnetic coupling between during inductor winding. When calculating characteristics accelerator, cyclic algorithm used. Results. At frequency source 50 Hz, current amplitude armature winding less than With increase 250 phase shift currents decreases. decreases, it increases. accelerating components force increase, braking ones decrease. 500 density exceeds that In this case, further reduced. Originality. excited, largest occurs at maximum but smallest. value absence displacement. excited storage, electrodynamic has subsequent components. As result, speed initially increases value, decreases towards end electromagnetic process. source, which leads appearance decelerating forces. prevail over components, ensures movement armature. Practical value. highest output vzf=0.5 m/s realized z0=6.2 mm, vzf=2.4 z0=3.1 Hz vzf=2.29 z0=2.3 mm.