Stress path tests are used to investigate the yield surface of a crushable numerical soil. Triaxial samples with isotropic and anisotropic stress histories are examined to determine the nature of the yield surface and to establish what governs yield. Two separate yield surfaces are exposed: a shear yield surface at low p’ and high η which is governed by minor breakage of fine particles, and a compressive yield surface at high p’ and low η, governed by bulk breakage across all particle sizes. The shear yield surface is dependent on stress history, whilst the compressive yield surface is isotropic
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
One of the greatest breakthroughs in soil mechanics was the development of Critical State Soil Mecha...
Stress path tests are used to investigate the yield surface of a crushable numerical soil. Triaxial ...
Stress path tests are used to investigate the yield surface of a crushable numerical soil. Triaxial ...
Cheng and co-workers showed how to make numerical simulations of crushable soils by the discrete ele...
A numerical crushable soil sample has been created using the previously published McDowell and de Bo...
A numerical crushable soil sample has been created using the previously published McDowell and de Bo...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
One of the greatest breakthroughs in soil mechanics was the development of Critical State Soil Mecha...
Stress path tests are used to investigate the yield surface of a crushable numerical soil. Triaxial ...
Stress path tests are used to investigate the yield surface of a crushable numerical soil. Triaxial ...
Cheng and co-workers showed how to make numerical simulations of crushable soils by the discrete ele...
A numerical crushable soil sample has been created using the previously published McDowell and de Bo...
A numerical crushable soil sample has been created using the previously published McDowell and de Bo...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
In granular soils grain crushing reduces dilatancy and stress obliquity enhances crushability. These...
One of the greatest breakthroughs in soil mechanics was the development of Critical State Soil Mecha...