International Journal of Geomechanics

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International Journal of Geomechanics

Editor: Musharraf M. Zaman, Ph.D., F.ASCE,
University of Oklahoma

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January 2001 – Present

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The International Journal of Geomechanics (IJOG) focuses on geomechanics with emphasis on theoretical aspects, including computational and analytical methods and related validations. Applications of interdisciplinary topics such as geotechnical and geoenvironmental engineering, mining and geological engineering, rock and blasting engineering, underground structures, infrastructure and pavement engineering, petroleum engineering, engineering geophysics, offshore and marine geotechnology, geothermal energy, lunar and planetary engineering, and ice mechanics fall within the scope of the journal. Specific topics covered include numerical and analytical methods; constitutive modeling including elasticity, plasticity, creep, localization, fracture and instabilities; neural networks, expert systems, optimization and reliability; statics and dynamics of interacting structures and foundations; liquid and gas flow through geologic media, contaminant transport and groundwater problems; borehole stability, geohazards such as earthquakes, landslides and subsidence; soil/rock improvement; and the development of model validations using laboratory and field measurements.

ISSN: 1532-3641e-ISSN: 1943-5622
Frequency: Bimonthly

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The judgment of independent peer-reviewers and their willingness to share their time and expertise help ASCE to publish engineering journals of the highest caliber. The International Journal of Geomechanics acknowledges the contributions of individual reviewers.

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Research Highlights

Coupled Consolidation and Contaminant Transport in Compressible Porous Media

Int. J. Geomech., 11, 113 (2011)

Issue Date: March 2010

This paper presents an experimental and numerical investigation of coupled consolidation and contaminant transport in compressible porous media. Numerical simulations were performed using the CST2 computational model in which a dual‐Lagrangian framework is used to separately follow the motions of fluid and solid phases during consolidation. Read more...