Mathematical Modeling of the Under Dressor Forward Axle, Movement and Kinematic of the Suspension Bracket of the Skeleton, Engine, Cabin and Seat Which of the Wheel Tractor and Numerical Determination of the Operator'S Seat Vibration

EasyChair Preprint 4025

Abstract

In article is given mathematically modeling of fluctuation, movement and kinematic forward axle, suspension bracket of a skeleton, engine, cabin and seat of the wheel tractor. It is given an analytical type of the equation, the describing vertical fluctuations and longitudinally angular fluctuations of a cabin and the main parts of the tractor. Using this model will be found as far as distances are displaced the main parts of the tractor at vibration. The equations of fluctuation of linear system with one degree of freedom of the under cabin damper which that shock-absorber of the tractor are described.

Keyphrases: Front axle, Tractor, Wheeled tractor, cabin, engine, oscillation, seats, selection, skeleton suspension

@booklet{EasyChair:4025,
  author    = {Dilafruz Ermatova and Shavkat Imomov and Farkhod Matmurodov},
  title     = {Mathematical Modeling of the Under Dressor Forward Axle, Movement and Kinematic of the Suspension Bracket of the Skeleton, Engine, Cabin and Seat Which of the Wheel Tractor and Numerical Determination of the Operator'S Seat Vibration},
  howpublished = {EasyChair Preprint 4025},
  year      = {EasyChair, 2020}}