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The size and shape of the bounding surface is influenced by the extent of fouling.
The bounding surface controls sand stiffness through a relationship that depends on the distance from the current state to the bounding surface calculated using a rigorous algorithm.
In this regard, dilatancy and plastic hardening modulus of the bounding surface platform are modified.
This feature uses the fields from a "near" bounding surface inside the computational cell to compute the resulting "far" fields outside the computational cell via an analytical transformation.
An impermanent bounding surface in the stress space is employed to correctly describe the yield plateau response.
The Fluvsim program is updated to characterize the bounding surface of single channel within the channel sand complex.
A bounding surface hierarchy (fourth- to seventh-order surfaces) provides a framework within which the architecture is organized.
It is described with a bounding surface hypoplastic model, adapted for the description of the cyclic soil response.
For the yield surface as well as for the bounding surface the von Mises criterion is used.
This paper presents a bounding surface plasticity model for sand that considers fabric and its evolution during monotonic shearing.
New near-to-far-field functionality: given a bounding surface, automatically computes the Fourier-transformed field in any desired grid of "far-field" points arbitrarily far away (pull #18).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com