Issues

Special Issue: Selected papers from the 14th International Conference on Finite Elements in Flow Problems, Santa Fe, New Mexico, USA, March 2628, 2007. Guest Editor: Perumal Nithiarasu

Adaptive finite element methods in geodynamics: Convection dominated mid‐ocean ridge and subduction zone simulations

D.R. Davies; J.H. Davies; O. Hassan; K. Morgan; P. Nithiarasu
View articletitled, Adaptive finite element methods in geodynamics<span class="subtitle-colon">: </span><span class="subtitle">Convection dominated mid‐ocean ridge and subduction zone simulations</span>
Open the PDF for Adaptive finite element methods in geodynamics<span class="subtitle-colon">: </span><span class="subtitle">Convection dominated mid‐ocean ridge and subduction zone simulations</span> in another window
Add to Citation Manager for Adaptive finite element methods in geodynamics<span class="subtitle-colon">: </span><span class="subtitle">Convection dominated mid‐ocean ridge and subduction zone simulations</span>

Modeling of conjugate conduction and heat and mass convection in tube‐fin exchangers

G. Comini; C. Nonino; S. Savino
View articletitled, Modeling of conjugate conduction and heat and mass convection in tube‐fin exchangers
Open the PDF for Modeling of conjugate conduction and heat and mass convection in tube‐fin exchangers in another window
Add to Citation Manager for Modeling of conjugate conduction and heat and mass convection in tube‐fin exchangers

An hp‐adaptive finite element model for heat transfer within partitioned enclosures

Darrell W. Pepper; Xiuling Wang
View articletitled, An <em>hp</em>‐adaptive finite element model for heat transfer within partitioned enclosures
Open the PDF for An <em>hp</em>‐adaptive finite element model for heat transfer within partitioned enclosures in another window
Add to Citation Manager for An <em>hp</em>‐adaptive finite element model for heat transfer within partitioned enclosures

A short note on Joule heating in electro‐osmotic flows: A consistent non‐dimensional scaling

P. Nithiarasu; R.W. Lewis
View articletitled, A short note on Joule heating in electro‐osmotic flows<span class="subtitle-colon">: </span><span class="subtitle">A consistent non‐dimensional scaling</span>
Open the PDF for A short note on Joule heating in electro‐osmotic flows<span class="subtitle-colon">: </span><span class="subtitle">A consistent non‐dimensional scaling</span> in another window
Add to Citation Manager for A short note on Joule heating in electro‐osmotic flows<span class="subtitle-colon">: </span><span class="subtitle">A consistent non‐dimensional scaling</span>

Solution of thermo‐fluid problems by collocation with local pressure correction

Gregor Kosec; Božidar Šarler
View articletitled, Solution of thermo‐fluid problems by collocation with local pressure correction
Open the PDF for Solution of thermo‐fluid problems by collocation with local pressure correction in another window
Add to Citation Manager for Solution of thermo‐fluid problems by collocation with local pressure correction

A robust model and numerical approach for solving solid oxide fuel cell (SOFC) problems

F. Arpino; A. Carotenuto; N. Massarotti; P. Nithiarasu
View articletitled, A robust model and numerical approach for solving solid oxide fuel cell (SOFC) problems
Open the PDF for A robust model and numerical approach for solving solid oxide fuel cell (SOFC) problems in another window
Add to Citation Manager for A robust model and numerical approach for solving solid oxide fuel cell (SOFC) problems

An artificial compressibility method for buoyancy‐driven flow in heterogeneous saturated packed beds: A homogeneous approach

C.J. Visser; A.G. Malan; J.P. Meyer
View articletitled, An artificial compressibility method for buoyancy‐driven flow in heterogeneous saturated packed beds<span class="subtitle-colon">: </span><span class="subtitle">A homogeneous approach</span>
Open the PDF for An artificial compressibility method for buoyancy‐driven flow in heterogeneous saturated packed beds<span class="subtitle-colon">: </span><span class="subtitle">A homogeneous approach</span> in another window
Add to Citation Manager for An artificial compressibility method for buoyancy‐driven flow in heterogeneous saturated packed beds<span class="subtitle-colon">: </span><span class="subtitle">A homogeneous approach</span>

Multi‐scale thermo‐fluid transport in porous media

Emre Sozer; Wei Shyy
View articletitled, Multi‐scale thermo‐fluid transport in porous media
Open the PDF for Multi‐scale thermo‐fluid transport in porous media in another window
Add to Citation Manager for Multi‐scale thermo‐fluid transport in porous media

Finite element numerical analysis of blood flow and temperature distribution in three‐dimensional image‐based finger model

Ying He; Ryutaro Himeno; Hao Liu; Hideo Yokota; Zhi Gang Sun
View articletitled, Finite element numerical analysis of blood flow and temperature distribution in three‐dimensional image‐based finger model
Open the PDF for Finite element numerical analysis of blood flow and temperature distribution in three‐dimensional image‐based finger model in another window
Add to Citation Manager for Finite element numerical analysis of blood flow and temperature distribution in three‐dimensional image‐based finger model

Thermal‐fluid flow within innovative heat storage concrete systems for solar power plants

Valentina A. Salomoni; Carmelo E. Majorana; Giuseppe M. Giannuzzi; Adio Miliozzi
View articletitled, Thermal‐fluid flow within innovative heat storage concrete systems for solar power plants
Open the PDF for Thermal‐fluid flow within innovative heat storage concrete systems for solar power plants in another window
Add to Citation Manager for Thermal‐fluid flow within innovative heat storage concrete systems for solar power plants

A stabilized finite element approximation of low speed thermally coupled flows

Javier Principe; Ramon Codina
View articletitled, A stabilized finite element approximation of low speed thermally coupled flows
Open the PDF for A stabilized finite element approximation of low speed thermally coupled flows in another window
Add to Citation Manager for A stabilized finite element approximation of low speed thermally coupled flows

Guest editorial

Summary

P. Nithiarasu
View articletitled, Summary
Add to Citation Manager for Summary