Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equation for strongly anisotropic scattering. The main advantage of the method lies in proposing solution terms which verify inherent symmetry and Mark-Marshak boundary conditions prior to resolution process. This original feature results in convergent and accurate solutions. Boubaker polynomials expansion scheme is further applied to homogeneous slab problem with strongly anisotropic scattering and vacuum boundaries. Parallel to the classical formulation, the kernels for scattered and fission neutrons are originally chosen on the basis of most realistic models. The results, expressed in terms of linear extrapolation distance de, are recorded and...
Multiphysics coupling is becoming of large interest in the nuclear engineering and computational sci...
In this study, we incorporate an anisotropic scattering scheme involving spherical harmonics into th...
The purpose of this PhD is the implementation of an axial polynomial approximation in a three-dimens...
Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equa...
Bozok University;Erciyes University;et al.;Istanbul University;Nigde University;The Turkish Atomic E...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
The paper illustrates some applications of a variant of the simplified spherical harmonics (SPN) met...
Using Case's method for solving the one‐speed transport equation with isotropic scattering, the Miln...
Práce se zabývá matematickým a numerickým modelováním transportu neutronů, se zaměřením na výpočty n...
Developing efficient and accurate three-dimensional (3D) neutron transport methods for nuclear react...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
The problem of energetic nucleon transport through extended bulk matter is considered in the context...
A 1-D, 1-group computational benchmark in cylndrical geometry is described. This neutron transport b...
A novel analytical solution to the neutron diffusion equation is proposed in this study using the re...
This paper examines the theoretical and practical application of the finite element method to the ne...
Multiphysics coupling is becoming of large interest in the nuclear engineering and computational sci...
In this study, we incorporate an anisotropic scattering scheme involving spherical harmonics into th...
The purpose of this PhD is the implementation of an axial polynomial approximation in a three-dimens...
Boubaker polynomials are used to obtain analytical solutions to the one-speed neutron transport equa...
Bozok University;Erciyes University;et al.;Istanbul University;Nigde University;The Turkish Atomic E...
This thesis is a blend of neutron transport theory and numerical analysis. We start with the study o...
The paper illustrates some applications of a variant of the simplified spherical harmonics (SPN) met...
Using Case's method for solving the one‐speed transport equation with isotropic scattering, the Miln...
Práce se zabývá matematickým a numerickým modelováním transportu neutronů, se zaměřením na výpočty n...
Developing efficient and accurate three-dimensional (3D) neutron transport methods for nuclear react...
The method developed by Case is used to solve four time‐independent, one‐speed problems for neutron ...
The problem of energetic nucleon transport through extended bulk matter is considered in the context...
A 1-D, 1-group computational benchmark in cylndrical geometry is described. This neutron transport b...
A novel analytical solution to the neutron diffusion equation is proposed in this study using the re...
This paper examines the theoretical and practical application of the finite element method to the ne...
Multiphysics coupling is becoming of large interest in the nuclear engineering and computational sci...
In this study, we incorporate an anisotropic scattering scheme involving spherical harmonics into th...
The purpose of this PhD is the implementation of an axial polynomial approximation in a three-dimens...