In this paper, formulation of the partial differential equations that govern the macroscopic behavior of materials resulting from the material continuum assumption is first presented.
Thereafter, the articles are classified according to topic of the paper, model formulation and representation, type of input data, objective function, and solution methods.
BG: contributed in all stages of the paper, from formulation of research questions to the final draft.
In the present paper the formulation is extended to compressible as well as incompressible flow solvers.
The paper discusses the formulation, the solution methods and some relevant instability situations.
The paper details the formulation of the model and presents a quantitative comparison to some benchmark experimental data.
The paper investigates the formulation, emulsification, sprays, combustion, injection system operation, and subsequent wear with charcoal diesel slurries.
In the paper both variational formulation of the problem and its 2D FE solution are given.
The paper presents the formulation of the global control scheme and shows results from simulations to illustrate and discuss the performance in different operation scenarios.
The paper presents a formulation to evaluate optimal injection scenarios or production strategies in an oil reservoir.
