ELEMENTS OF THE THEORY OF FORCE LOADING BY THE TORQUE MOMENT OF THE VEHICLE WHEEL BY THE JET MAIL IN THE ZONE OF ITS CONTACT WITH THE SUPPORT SURFACE

Abstract

When the work process is carried out by the wheel mover, it is loaded by the force of gravity, which leads to deformation of the tire. The article deals with research issues of the automobile system in the transmission of which an elastic shock is provided with the use of a resonator nozzle. To develop the elements of the theory, the theorem on the change of kinetic energy in the proposed automobile system, as well as the Lagrange equation of the second kind, was applied. The purpose of the study is to create a circuit for the transmission of an elastic impulse, which allows the wheel drive to provide rotary motion through the accumulated spring-reactive energy balance, which is a factor in the latest technology of moving the automotive system. The scientific direction of the article is that the proposed design of the automobile system in which the rotation of the wheel drive uses the energy of an elastic shock without a transmission, which increases the torque on the wheel drive. The methodology of the study is to establish a theoretical connection between the force created by the "jet thrust" and the increase in the dynamics of the automotive system. The result of the research is the theoretical creation of a car design with a moving platform using damping elements in the car system, which allows creating "physical discomfort of the support surface". To describe and reveal the concept of "physical discomfort of a support surface", we used the theory of differential equations that confirm the existence of such a surface under certain conditions of car operation. The value of the presented research material, as well as the results of the work performed, will allow to make a contribution to the automotive industry. The proposed structural development of the car is suitable for use in order to increase the traction capabilities of the vehicle.