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.
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).
It utilizes a split of deformation between a generalized Maxwell chain in series with a bounding surface plasticity model with a vanishing elastic region.
To cover these two features, a model based on the idea of a bounding surface that grows in size with plastic compression is proposed.
In this paper, a bounding surface plasticity model is presented for clay-fouled ballast within the framework of critical state soil mechanics, adopting isotropic hardening and a non-associated flow rule.
Sakiadis (1961a; Sakiadis, 1961b) first studied the boundary layer problem assuming velocity of a bounding surface as constant.
As usual, this line integral over a closed curve is the integral of its differential [dP, dP] over a bounding surface.
The situation with Newtonian heating arises in what is usually termed as conjugate convective flow, where the heat is supplied to the convective fluid through a bounding surface with a finite heat capacity.
A bounding surface, containing the whole heart, was established for both MRI and histology.
