The rheological modeling of soil–drum interaction in the vibratory compaction process is a
complex process. This paper aims to describe the behavior of soil–drum interaction through …

Based on the research carried out within the Research Institute for Construction Equipment
and Technology—ICECON SA Bucharest, consisting of the design and development of …

The paper presents a mechanical and a mathematical model, developed by the author for
the study of the dynamical behavior of a tamping rammer. At first, some aspects related to …

In order to raise the hysteresis loops in stationary dynamic regimes in the case of
elastomeric insulators, specialized dynamic stands are used that may obtain both the …

The compaction of weakly cohesive soils presents particularities in terms of improving the
geotechnical properties under the loads transmitted into the terrain. In this case, the …

Engineering structures that undergo fluctuating loads frequently exhibit structural
nonlinearity. In a general perspective, linear concept can be utilized to partially analyze …

The vertical axis mixers efficiency is closely related to the homogenization degree of the
prepared concrete. The mixture homogenization process is influenced by the palletes …

The paper evidences preliminary research results on the process of vibratory compaction of
soils for sustainable road construction. For an efficient process, one important aspect is that …

The experimental research carried out under forced vibrations, by applying a harmonic
excitation inertial force, highlighted the fact that the processed viscoelastic materials, when …

Based on the research carried out within the Research Institute for Construction Equipment
and Technology—ICECON SA Bucharest, consisting of the design and development of …