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Article
Newtonian flow with nonlinear Navier boundary condition
The generalized nonlinear Navier boundary condition advocated by Thompson and Troian in the journal Nature, and motivated from molecular dynamical simulations, is applied to the conventional continuum mechanical ...
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Chapter and Conference Paper
A Survey of Some Mathematical Results for Highly Frictional Granular Materials
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Article
A formal exact mathematical solution for a slo** rat-hole in a highly frictional granular solid
This paper provides a formal exact analytical solution to a rat-hole with a slo** base in two and three dimensions for a highly frictional granular material. A rat-hole is the general term used to describe t...
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Article
Analytical stress and velocity fields for gravity flows of highly frictional granular materials
For granular materials the Coulomb-Mohr yield condition characterizes the two physical processes of inter-particle cohesion and inter-particle friction. The latter effect is quantified by the so-called angle o...
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Article
Rat-hole stress profiles for shear-index granular materials
The formation of stable circular and almost vertical cylindrical holes in stockpiles and hoppers is a familiar phenomena in granular material industries and is often the cause of serious disruption to the indu...
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Article
Non-dilatant double-shearing theory applied to dynamical granular chute flow
The non-dilatant double-shearing theory for granular flow is applied to the problem of dynamical chute flow down an inclined slope. Four distinct families of solutions are examined and a number of simple exact...
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Article
On the General Structure of Small on Large Problems for Elastic Deformations of Varga Materials II: Axially Symmetric Deformations
In Part I of this article, we have formulated the general structure of the equations governing small plane strain deformations which are superimposed upon a known large plane strain deformation for the perfect...
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Article
Molecular dynamics simulation of granular flows: Slip along rough inclined planes
Although the velocity slip of granular flows on an inclined plane has been observed in many experiments, sufficient detail is not available for comparison with theoretical predictions. In this paper, we emplo...
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Article
Dilatant double shearing theory applied to granular chute flow
Although the steady flow of a granular material down a plane inclined slope has been exhaustively examined from both theoretical and experimental points of view, there is still no general agreement concerning ...
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Article
On a nonlinear stefan problem arising in the continuous casting of steel
The continuous casting process employed in the steel industry is a many faceted “big” industrial problem which has given rise to many sub-problems. Here, we examine the problem involving the determination of t...
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Article
Utilization of nonlinear diffusion solutions forn-diffusion and power-law materials
The equation ofn-diffusion, as originally formulated by J. R. Philip for various problems involving unsteady turbulent flows, applies directly to the one-dimensional flow of a non-Newtonian power-law fluid as wel...
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Article
Three-dimensional frictionless contact between layered elastic bodies and incorporating sharp edges
The roller coating system used in industry to apply paint to sheet metal involves two contacting rolling cylinders, one of which is rubber covered and through which the sheet metal travels. Of particular conce...
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Article
Integral formulations and bounds for two phase Stefan problems initially not at their fusion temperature
The classical two phase Stefan problems for spheres, cylinders and slabs do not, in general, admit exact solutions. For a number of genuine two phase moving boundary problems involving these geometries integra...
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Article
On the solution of boundary value problems for fourth order diffusion
Higher order non-Fickean diffusion theories involve solving a fourth order linear partial differential equation. The purpose of this paper is to indicate available methods for the solution of typical boundary ...