Integral Representation for Solution of Discontinuous Diffusion Operator with Jump Conditions
Journal Title: Cumhuriyet Science journal - Year 2018, Vol 39, Issue 4
Abstract
In this study, the diffusion operator with discontinuity function and the jump conditions is considered. Under certain initial and discontinuity conditions, integral equations have been derived for the solutions. Integral representations, which is too useful for this type equation, have been presented.
Authors and Affiliations
Abdullah ERGÜN
Iron Interstitial Defects Stability: Under the Uniaxial Stress Effect
Understanding of defect kinetics under stress fields is important for multiscale modeling of nuclear materials degradation. By means of molecular dynamics (MD) simulation, the formation and migration energies were evalua...
Integral Representation for Solution of Discontinuous Diffusion Operator with Jump Conditions
In this study, the diffusion operator with discontinuity function and the jump conditions is considered. Under certain initial and discontinuity conditions, integral equations have been derived for the solutions. Integra...
Investigation of Wind Characteristics for Antalya Region by Using Weibull Distribution
The most widely used statistical method that is used to determine the wind energy potential for a specific region is Weibull distribution or probability function. Using two-parameter Weibull distribution function, wind c...
Some Geometric Properties of The Spacelike Bezier Curve with a Timelike Principal Normal in Minkowski 3-Space
The aim of present paper is to introduce and investigate the spacelike Bezier curve with a timelike principal normal in Minkowski 3-space. The Serret-Frenet frame, curvatures and the derivation formulas of the curve at t...
Examination of Rheological Behavior of Water-Based Graphene Oxide Nanofluids
In this study, the rheological properties of nanofluids obtained by loading of Graphene oxide nanoparticles produced by the improved Hummers method into the deionized water base fluid in a mass fraction range of 0.1-1% w...