... reserved 2022 geotechnical engineering modulus of elasticity numerical methods Sand-pebble geology is an uneven stratum with a large content of pebbles and boulders, and is also a kind of typically mechanically unstable stratum that has poor engineering characteristics such as large...

... computational mechanics geotechnical engineering stress analysis The hardening soil (HS) model is a soil plasticity model, which is gaining increasing popularity in research and design and has been implemented into commercial finite-element codes such as Plaxis (Plaxis, 2016), ZSoil (Obrzud, 2010...

... Publishing: All rights reserved 2018 computational mechanics geotechnical engineering slopes – stabilisation Slope failures are a major problem everywhere in the world due to their human, financial and environmental consequences, causing thousands of deaths due to landslides each year...

... reserved 2018 failure geotechnical engineering statistical analysis The main piers and piled foundations of bridges founded in the sea are in a marine environment, and the load on the piled foundations is affected by the dynamic load such as vehicle load, wave action and seismic load...

... cycles is needed to equilibrate a large domain. The result is an equilibrated homogeneous sample at the desired initial state in a large volume. 07 05 2018 08 10 2018 ICE Publishing: All rights reserved 2018 computational mechanics geotechnical engineering granular materials...

... ICE Publishing: All rights reserved 2018 The use of numerical methods in geotechnical engineering is particularly challenging compared to other fields of engineering due to the high non-linearity of ground constitutive behaviour caused by yielding at low stresses and the stress- and strain...

... effects from air permeability of the soil despite the non-homogeneous and layered nature of the geo-materials involved in this case study. 04 10 2015 20 04 2016 ICE Publishing: All rights reserved 2016 geotechnical engineering mathematical modelling tunnels & tunnelling...

... techniques. 20 04 2015 20 04 2015 ICE Publishing: All rights reserved 2015 where columns embankments geotechnical engineering A quick and reliable evaluation of the load-bearing performance of the underlying foundation soils is an essential prerequisite for civil...

... of the soil interior. Particle displacements (u) and velocities (v) are always positive in the positive coordinate directions. The adopted sign convention for normal stresses and strains is that applied in geotechnical engineering. Consequently, normal stresses and strains are positive in compression...

... computational mechanics geotechnical engineering DLO is a numerical procedure which can be used to directly compute the maximum load sustainable by a solid body (Smith and Gilbert, 2007). Stages in the DLO procedure are outlined diagrammatically in Figure 1 . In summary, with DLO a limit-analysis...