The Method of Force Control in the Contact Area of the Compacted Material and the Drum with a Directed Vibration Exciter

Abstract

Compaction by a vibrating roller is widely used for the final formation of the road surface structure. The gradual increase in the strength of the material requires a change in the parameters of the vibration seal. For rollers with directional vibration of the roller, such a parameter is the direction of the vector of the driving force of the roller vibrator. This parameter affects the magnitude and direction of the resulting force in the contact area of the vibrating roller and the material. To study this effect, a simulation model of the oscillating roller--compacted material system has been developed. The model is based on differential equations describing the normal and tangential force interaction of the roller and the compacted material. The model takes into account the design parameters of the roller, and the physical and mechanical parameters of the compacted material. As a result of simulation, it is established in the article that for rollers with directional vibration, the angle of the force vector in the contact area of the roller with the material being sealed should be taken as the criterion for regulating vibration compaction. A control technique is being developed that makes it possible to improve the sealing quality by eliminating undesirable operating modes of the roller, leading to a violation of the continuity of the compacted material

Please cite this article in English as:

Shishkin E.A., Ayupov R.M. The method of force control in the contact area of the compacted material and the drum with a directed vibration exciter. Herald of the Bauman Moscow State Technical University, Series Mechanical Engineering, 2026, no. 1 (156), pp. 86--100 (in Russ.). EDN: CHARYJ

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