... Thermal transmittance Boundary‐elements methods Immersed boundary method Temperature correction Heat flux correction Navier‐Stokes equation Thermal flow In this subsection, a brief description is given to the temperature correction procedure. More details can be found in Ren et al...

... The coupled numerical technique involves a combination of the dual reciprocity boundary element method (DRBEM) and a genetic algorithm (GA) for the solution of the Pennes bioheat equation. Both linear and quadratic temperature‐dependent variations are considered for the blood perfusion. Findings...

...Andrzej J. Nowak; Ryszard A. Bialecki; Matjaž Ramšak; Leopold Škerget Purpose This paper aims to develop a multidomain boundary element method (BEM) for modeling 2D complex turbulent thermal flow using low Reynolds two‐equation turbulence models. Design/methodology/approach The integral...

... and specialists in fluid mechanics and numerical analysis. Todor D. Todorov can be contacted at: t.todorov@yahoo.com © Emerald Group Publishing Limited 2007 Finite element analysis Boundary‐elements methods Approximation theory Computation of boundary‐flux is well motivated concerning...

...@aeromech.usyd.edu.au © Emerald Group Publishing Limited 2007 Differential equations Numerical analysis Boundary‐elements methods Consider a line in a Cartesian grid, e.g. the line runs parallel to the x‐axis. The dependent variable u along this line is sought in the IRBF form...

... Limited 2006 Boundary‐elements methods Convection Numerical analysis Environmental concerns have been the focus of both public and scientific interest for about four decades, and this interest appears to be increasing. Among these concerns, water pollution plays a very important role...

...‐elements methods Calculation of derivatives (flux or stresses) of finite element solutions to boundary value problems has many important applications such as the heat of the mass transfer, potential flow, plate stability, etc. Computing of boundary‐flux is based on the idea proposed by Wheeler...

..., Hz Ca capillary number b width of the tank, m A amplitude of the external dynamic excitation, m Finite difference methods Boundary‐elements methods Liquids Deformation The use of TLDs is increasing due to their many advantages over other conventional damping...