Compaction technology has been developed over the past three decades. However, the
absence of an effective model that can rapidly and accurately simulate the compaction …

Rheological models capture the behaviour of soil structures and effectively evaluate the
response of various transport corridors. These models represent the elastic and plastic …

In order to provide theoretical basis for subgrade continuous compaction monitoring
technology and intelligent compaction technology, it is urgent to study the nonlinear …

Vibrating compaction is a critical procedure to guarantee the quality of asphalt pavement,
and the dynamic response of asphalt pavement is a complicate problem in the process of …

The dynamic model of the system of bodies with elastic connections substantiates the
conceptual basis for evaluating the technological vibrations of the compactor roller as well …

The present paper addresses the problem of the dynamic response of a vibrating equipment
for soil compaction. In essence, dynamic response vibrations are analysed by applying an …

The variety of viscoelastic systems and structures, for the most part, is studied analytically,
with significant results. As a result of analytical, numerical and experimental research, which …

This study aims to investigate the dynamic response regulation by combining the theoretical
analysis and field test under the vibration rolling condition. Based on the viscoelastic theory …

The paper presents classical and non-classical rheological schemes used to formulate
constitutive models of the one-dimensional consolidation problem. The authors paid special …

Purpose This paper aims to study the dynamic response characteristics of drum under
different excitation parameters. Including the behavior evolution mechanism in different …