Singular perturbation problems are of common occurrence in many branches of Applied Mathematics and Engineering including Fluid Mechanics, Chemical Reactor theory, Elasticity, Gas Porous Electrodes theory, Heat and Mass Transfer processes in composite materials with small Heat Conduction or Diffusion. The presence of a small perturbation parameter makes the numerical analysis of these problems more difficult. In this issue, we shall mainly consider the papers based on the efficient numerical methods on singular perturbation theory. Research articles, short notes, survey on any particular fields of singular perturbation are welcome for this issue. We also want to emphasize the young researcher’s article on the numerical methods. The application area of singular perturbation theory will be highly appreciated. The research article on the broad class of numerical analysis beyond singular perturbation can be also considered in this issue.
About the issue
The scope of topics covered in the this issue include:
- Singularly Perturbed Problems,
- Adaptively Generated Meshes,
- Fitted Mesh/Operator Methods,
- Applications of Singularly
- Perturbed Problems in Applied Mathematics and Engineering
Submission Deadline: December 30, 2014
Notification of Acceptance: March 31, 2015
Final Version Due: April 30, 2015
Special Issue Publishing Date: May 31, 2015
Chief Guest Editor
Dr. Pratibhamoy Das
Einstein Foundation Fellow, TU Berlin
Email: email@example.com or firstname.lastname@example.org
Submit your article now
Manuscripts should be submitted as an attached file (Only in doc as well as pdf format (both)) to an e-mail directed to the Chief Guest Editor, Dr. Pratibhamoy Das at the address: <email@example.com or firstname.lastname@example.org>. The doc files will be used only to upload the accepted papers at journal website.
AJNA is an open access journal. Hence, it requires few publication processing fee. Though, the publication fee on this special issue for few of the accepted articles can be fully waived depending on the research quality and editors choice by request.