Soil and Rock Mechanics

The rock mechanics is the theoretical and smears science of mechanical behaviour of rock and rock mass, it is that branch of mechanics concerned with the response of rock and rock masses to force field of their physical environment. The subject of engineering rock mechanics, as applied in mining engineering practice. The discipline is closely related to the main streams of classical mechanics and continuum mechanics.

The module provides an overview of constitutive modelling in geotechnical engineering. Soils are complex particulate materials whose behaviour is highly non-linear and dependent on the stress state of the soil. As a result, simple calculations are insufficient to represent a soil's response to loading, and a more representative analysis (especially where accurate displacements need to be known) is required through developing a constitutive model. This module will discuss the features of constitutive models, compare them to real soil behaviour, and apply them to geotechnical structures, using a combination of case studies and applied examples. Unit Aims at to describe and discuss constitutive modelling in comparison with other modelling techniques and to discuss and analysis different constitutive models in order to select the most appropriate model for a given problem .To assess soil data and determine the required parameters for a reasonable constitutive model.

  • Initial and final settlement of soil
  • Identification of soil moisture defects
  • Soil fertility and variables
  • Stress – strain behavior of soil and rock
  • Mechanical behavior of soils

Related Conference of Soil and Rock Mechanics

September 10-11, 2020

2nd Global Summit on Earth Science and Climate Change

Prague, Czech Republic
November 23-24, 2020

International Conference on Geology & Geochemistry

Dubai, UAE
November 23-24, 2020

4th Annual Congress on Soil, Plant and Water Sciences

Barcelona, Spain

Soil and Rock Mechanics Conference Speakers

Recommended Sessions

Related Journals

Are you interested in