МАТЕМАТИЧЕСКОЕ МОДЕЛИРОВАНИЕ ПОГЛОЩЕНИЯ ВИБРАЦИИ В ВЕДУЩИХ КОЛЕСАХ
            НАЗЕМНЫХ МАШИН С БЫСТРОДЕЙСТВУЮЩИМ ДЕМПФИРУЮЩИМ ПРИВОДОМ

F.M. Matmurodov

MATHEMATICAL MODELLING OF ABSORPTION OF VIBRATION IN DRIVING WHEELS OF LAND CARS WITH THE HIGH-SPEED DAMPING DRIVE GEAR

Authors

F.M. Matmurodov Turin Polytechnic University in Tashkent

Keywords:

the axis of the driving wheel, ground machines, high-speed pneumohydraulic spring-loaded drive, absorption of vibration, dynamics of the oscillatory system, self-adjusted damping, angular velocity

Abstract

A fast-acting pneumohydraulic spring-damping drive was developed and based on his research a mathematical model of vibration absorption on the axis of the driving wheels of ground vehicles was obtained. Dynamics of the oscillatory system for the resisting actions of a pneumohydraulic drive with self-adjustable damping is studied. On the basis of analytical studies, equations describing the angular velocities and displacements for a common oscillating wheel system are found.