AbstractIn this paper a second order characteristics finite element scheme is applied to the numerical solution of natural convection problems. Firstly, after recalling the mathematical model, a second order time discretization of the material time derivative is introduced. Next, fully discretized schemes are proposed by using finite element methods. Numerical results for the two-dimensional problem of buoyancy-driven flow in a square cavity with differentially heated side walls are given and compared with a reference solution
This paper presents the effect of some kinds of methods for the numerical solution of natural convec...
A study of double-diffusive natural convection in a trapezoidal enclosure with a partial heated acti...
A numerical study of two dimensional, unsteady, incompressible natural convection flow and heat tran...
AbstractIn this paper a second order characteristics finite element scheme is applied to the numeric...
Manuscript version accepted for publication[Abstract]: In this paper a second order characteristics ...
Natural convection in two-dimensional rectangular enclosure is studied numerically using a finite el...
AbstractThe finite volume element (FVE) methods used currently are essentially low order and unsymme...
Vita.A finite element method is developed for the analysis of two dimensional, transient laminar con...
AbstractThis paper deals with a numerical investigation of double-diffusive natural convective heat ...
A numerical investigation is performed to study the solution of natural and mixed convection flows b...
AbstractNatural convection flow of air in a two-dimensional, rectangular enclosure with two discrete...
The Galerkin Finite Element Method was used to predict a natural convection flow in an enclosed cavi...
Natural convection within trapezoidal enclosures finds significant practical applications. The natur...
Petrov-Galerkin finite element methods based on time-space elements are developed for the time-depen...
In this study, two-dimensional, transient flow of an incompressible, laminar, viscous fluid in a cav...
This paper presents the effect of some kinds of methods for the numerical solution of natural convec...
A study of double-diffusive natural convection in a trapezoidal enclosure with a partial heated acti...
A numerical study of two dimensional, unsteady, incompressible natural convection flow and heat tran...
AbstractIn this paper a second order characteristics finite element scheme is applied to the numeric...
Manuscript version accepted for publication[Abstract]: In this paper a second order characteristics ...
Natural convection in two-dimensional rectangular enclosure is studied numerically using a finite el...
AbstractThe finite volume element (FVE) methods used currently are essentially low order and unsymme...
Vita.A finite element method is developed for the analysis of two dimensional, transient laminar con...
AbstractThis paper deals with a numerical investigation of double-diffusive natural convective heat ...
A numerical investigation is performed to study the solution of natural and mixed convection flows b...
AbstractNatural convection flow of air in a two-dimensional, rectangular enclosure with two discrete...
The Galerkin Finite Element Method was used to predict a natural convection flow in an enclosed cavi...
Natural convection within trapezoidal enclosures finds significant practical applications. The natur...
Petrov-Galerkin finite element methods based on time-space elements are developed for the time-depen...
In this study, two-dimensional, transient flow of an incompressible, laminar, viscous fluid in a cav...
This paper presents the effect of some kinds of methods for the numerical solution of natural convec...
A study of double-diffusive natural convection in a trapezoidal enclosure with a partial heated acti...
A numerical study of two dimensional, unsteady, incompressible natural convection flow and heat tran...