Li Jun Zhang
Online since: February 2018
Description: Diffusion is an omnipresent but important phenomenon in a wide variety of disciplines and applications in physical, chemical, biological, geologic, materials science and engineering processes. While diffusion-controlled phase transformations involve in a variety of materials processes, ranging from solidification to different solid-state transformations. Modeling of diffusion and diffusion-controlled phase transformations in alloys has been of long-standing fundamental interests because advance modeling can help to improve the understanding of complex materials processes. Moreover, as the recent boost in Integrated Computational Materials Engineering (ICME) and Materials Genome Initiative (MGI) projects, additional emphasis on the necessity and urgency of the quantitative modeling of diffusion and diffusion-controlled phase transformations in alloys has been laying, which can provide useful information for accelerating the novel alloys design. Consequently, the purpose of this book, entitled "Modeling of Diffusion and Diffusion-Controlled Phase Transformations in Alloys" is to provide a collection of the commonly used computational approaches for modeling diffusion and diffusion-controlled phase transformations, as well as their current status, recent developments, future trends and applications in different alloys.
Online since: December 2017
Description: The purpose of this volume is to present recent results of developments and applications of novel materials, namely, nontoxic ecological materials, green and nanomaterials, advanced membrane technologies and building materials.
Prof. Aloke Paul
Online since: November 2017
Description: Diffusion studies in the Ni- and Fe-aluminium based multicomponent systems are very important for understanding the performance and reliability of products in various sectors such as aviation and power generation industries. This volume deals with different aspects of diffusion-related studies covering thermodynamics, phase stability, fundamental diffusion studies in binary, ternary and multicomponent systems.
Prof. Rafal Abdank-Kozubski
Online since: September 2017
Description: The general intention of this volume is to give the readers a wide overview of physical problems connected with the processes controlled by atomic migration and of the methods of their modelling. The collection is addressed to researchers and graduate students working in the field of diffusion and diffusion-controlled processes in condensed matter.
Oluwole Daniel Makinde
Online since: August 2017
Description: The special issue on “Advances in Nonlinear Heat Transfer in Fluids and Solids” of the journal “Diffusion Foundations” present a number of novel computational modelling of various nonlinear heat transfer in solids and fluid flow problems. Reported articles in this special issue cover solids thermal stability, reactive fluid flow, nanofluids dynamics, magnetohydrodynamics, Newtonian and non-Newtonian fluid flow, natural convection, forced convection, mixed convection, porous media flow and thermal radiation absorption effects. We hope that this special issue will inspire and benefit eclectic audience of academics, researchers and engineers from numerous fields of human endeavours.
Online since: June 2017
Description: In this special issue explore the various applied aspects of heat and mass transfer phenomena in structural materials, different engineering structures and technological processes. We hope that this collection will be useful for wide range of scientists and engineers from many branches of engineering sciences.
Prof. Graeme E. Murch, Irina Belova and Prof. Andreas Öchsner
Online since: October 2016
Description: This special topic volume of Diffusion Foundations is entitled Mass Transport in Advanced Engineering Materials. It captures a very wide cross-section of mass transport phenomena in solids and liquids by covering contemporary experimental work and computer simulations in both fundamental and applied contexts.
Online since: July 2016
Description: Ion conducting, proton conducting and mixed conductor materials are important components of solid state devices for energy storage and conversion and for energy production. The present volume of "Diffusion Foundations" is the second one of two volumes devoted to recent progress in structure, thermodynamics, ion and proton transport in ionic materials and in this volume ceramic materials and polymer membranes are in focus.
Online since: June 2016
Description: This volume include theoretical, numerical and experimental developments, providing a self-contained major reference that is appealing to both the scientists and the engineers from area of Heat and Mass Transfer.
Online since: February 2016
Description: Solid electrolytes are important components of for all-solid-state devices of energy storage and conversion. A prerequisite for such applications is a knowledge about ion transport in the device materials. The present volume contains a series of five chapters by experienced authors from the field of diffusion and ionic conduction. The chapters are devoted to various aspects of ion transport in. compounds and glasses studied by theoretical and experimental methods.