METHOD FOR PARAMETRIC GENERATION OF PRESSURE PULSES BY LIQUID AND GAS ENERGY CARRIER WITH SEPARATE CONTROL OF SHUT-OFF ELEMENTS OF A HYDRAULIC PULSE DRIVE
This paper presents a novel method for parametric pressure-pulse generation in hydro-impulsive drives, replacing the traditional area-based parametric control with independent force-based control of two sealing elements. Unlike the classical approach proposed by Matveev, which is constrained by fixed geometric area ratios, our method uses individual springs and adjustment mechanisms to independently control the sealing elements.