Numerical Analysis and Its Application and Symmetry

Dear Colleagues,

I would like to inform you that the Special Issue “Numerical Analysis and Its Applications and Symmetry” welcomes papers, with research including the study, design, development, analysis, and/or programming of numerical schemes in order to apply them to distinguished problems or families of problems.

Numerical analysis is a major branch of Mathematics which consists of mathematical approximation techniques and computational methods. Applications of numerical methods can be found in a wide range of problems in engineering, physical sciences, life and medical sciences, economic sciences, psychology, etc., and in general to problems, where classical analytical methods cannot provide a solution.

Symmetry is a fundamental concept in science. It is a property, which is preserved through a mathematical operation or a transformation of an object onto itself. Symmetry can be found in all aspects of science. It is also a property of a wide range of numerical methods.

The Special Issue focuses in numerical approaches and solutions of ordinary differential equations(ODEs), partial differential equations(PDEs), stochastic differential equations(SDEs), delay differential equations(DDEs), differential-algebraic equations(DAEs). We are also interested in numerical methods for the solution of nonlinear equations or systems of nonlinear equations. Furthermore, we are seeking novel research in the field of numerical analysis related to linear algebra, optimization, control theory, fluid dynamics, thermodynamics, quantum dynamics and applications of the above to problems in theoretical sciences and engineering and also with connection to symmetry.

Prof. Dr. Theodore E. Simos
Prof. Dr. Charalampos Tsitouras
Prof. Dr. Avrilia Konguetsof
Guest Editors