... and coalescence statistical model are chosen for the dispersed-phase evolution. A general coupled model of microscopic morphological evolution and macroscopic flow field is constructed. Besides, a stable finite element simulation strategy based on pressure-stabilizing/Petrov–Galerkin/streamline-upwind/Petrov...

...Arman Shojaei; Mirco Zaccariotto; Ugo Galvanetto Purpose The paper aims to use a switching technique which allows to couple a nonlocal bond-based Peridynamic approach to the Meshless Local Exponential Basis Functions (MLEBF) method, based on classical continuum mechanics, to solve planar problems...

... Computations “Coupling of finite element and meshfree methods for locking-free analysis of shear-deformable beams and plates” Emre Erkmen and M.A. Bradford This article originally appeared in Volume 28 Number 8, 2011, Engineering Computations Outstanding Reviewer Professor...

...Zhenggang Zhu; Michael Kaliske Purpose The purpose of this paper is to present a numerical model of coupled heat, moisture transfer and their effects on the mechanical deformations of wood during the drying process. Design/methodology/approach Coupling among heat, moisture, and mechanical...

...Ioannis St Doltsinis Addresses problems in mechanics and physics involving two or more coupled variables of different nature, or a number of distinct domains which interact. For these kinds of problems, considers numerical solution by the coupling of operators appertaining to the individual...

...M. Cervera; R. Codina; M. Galindo Outlines a general methodology for the solution of the system of algebraic equations arising from the discretization of the field equations governing coupled problems. Considers that this discrete problem is obtained from the finite element discretization in space...