Theoretical study of vibration stabilizer with feedback on displacement integral for power equipment

Reducing the vessel hull vibration caused by power equipment is usually obtained effective vibration-isolating fastening. Vibration impact on mechanisms and automation tools greatly reduces their reliability, affects health of passengers crew members. Despite modern vibration-insulating materials compensators, problems eliminating variable forces transmitted from source have not been fully solved. Increasing operational requirements for safety water transport requires scientifically based technical solutions, improving designs isolation supports mounting marine plants. reduction must be solved both at design stage construction, repair modernization. The conducted studies vibrations under influence harmonic force, step load gradually increasing shown high efficiency support in all cases application different simulation modes. At stabilization position was controlled integral displacement. results test model protection showed effectiveness stabilizer. There presented a theoretical study stabilizer with feedback displacement MathCAD software package. numerical experiment Newton equation. parameters are determined, basis which it possible to actuator. It can an electric motor, direction rotation depends protected object. motor rotates screw pair that compresses spring. spring acts clutch, torque changes maintains source. helped infer necessary stabilize unit