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- Title
ANALYSIS OF THE DISSIPATIVE ENERGY PERFORMANCE IN THE PROCESS OF COMPACTION FOR STABILIZED EARTH THROUGH TECHNOLOGICAL VIBRATIONS.
- Authors
DOBRESCU, Cornelia-Florentina
- Abstract
This paper presents, in synthesis, the outcomes of the research on the experimental methods of soil stabilization with ecological substances in order to achieve some stable and durable structures using technological processes of compacting by vibration. As a result, based on the experimental results regarding the porosity determination with implications on Poisson's coefficient, the evolution of the, the evaluation of the volume elastic modulus, the determination of the coefficient of elasticity of the ecologically treated soil in the forced vibration regime. Based on laboratory and "in situ" tests, there were determined values of the elasticity of soil taking into account Poisson's coefficient change. Thus, as a result of the modification of the size and content of the enzyme pores in the process of atomized treatment of the soil treated by special mixing, significant variations of the elasticity modules (monoaxial and volume) and of the stiffness coefficient in the normal direction of vibration at the soil compaction surface.
- Subjects
COMPACTING; SOIL stabilization; POISSON algebras; ELASTIC modulus; STIFFNESS (Mechanics)
- Publication
Acta Electrotehnica, 2019, Vol 60, Issue 1/2, p114
- ISSN
1841-3323
- Publication type
Article