The overall goal of this project is to develop, implement, and test new Hybrid Monte Carlo-deterministic (or simply Hybrid) methods for the more efficient and more accurate calculation of nuclear engineering criticality problems. These new methods will make use of two (philosophically and practically) very different techniques - the Monte Carlo technique, and the deterministic technique - which have been developed completely independently during the past 50 years. The concept of this proposal is to merge these two approaches and develop fundamentally new computational techniques that enhance the strengths of the individual Monte Carlo and deterministic approaches, while minimizing their weaknesses
M.Sc.Due to the demand for medical isotopes, new Materials Testing Reactors (MTR's) are being consid...
Les calculs Monte Carlo en neutronique-criticité permettent d'estimer le coefficient de multiplicati...
This paper investigates the feasibility of performing reactor physics calculations using a hybrid ne...
Criticality calculations use the source iteration method and serve an increasingly prominent role in...
Over the past two decades, criticality safety analysts have come to rely to a large extent on Monte ...
We compare nominal efficiencies, i.e. variances in power shapes for equal running time, of different...
Graduation date: 2012A hybrid Quasi-diffusion/Monte Carlo Method for solving multigroup criticality ...
International audienceNuclear criticality safety assessment often requires groupwise Monte Carlo sim...
304 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1982.In this thesis two new method...
This thesis investigates Monte Carlo methods applied to criticality and time-dependent problems in r...
Several new hybrid Monte Carlo-deterministic methods based on nonlinear functionals are developed in...
This thesis presents a compilation of work focused on Monte Carlo crit-icality, kinetics and burnup ...
As evidenced by recent papers given at Nuclear Criticality Safety Division meetings, the use of the ...
Nuclear criticality calculations with Monte Carlo codes are normally done using a power iteration me...
The ability of the Monte Carlo method to solve particle transport problems by simulating the particl...
M.Sc.Due to the demand for medical isotopes, new Materials Testing Reactors (MTR's) are being consid...
Les calculs Monte Carlo en neutronique-criticité permettent d'estimer le coefficient de multiplicati...
This paper investigates the feasibility of performing reactor physics calculations using a hybrid ne...
Criticality calculations use the source iteration method and serve an increasingly prominent role in...
Over the past two decades, criticality safety analysts have come to rely to a large extent on Monte ...
We compare nominal efficiencies, i.e. variances in power shapes for equal running time, of different...
Graduation date: 2012A hybrid Quasi-diffusion/Monte Carlo Method for solving multigroup criticality ...
International audienceNuclear criticality safety assessment often requires groupwise Monte Carlo sim...
304 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1982.In this thesis two new method...
This thesis investigates Monte Carlo methods applied to criticality and time-dependent problems in r...
Several new hybrid Monte Carlo-deterministic methods based on nonlinear functionals are developed in...
This thesis presents a compilation of work focused on Monte Carlo crit-icality, kinetics and burnup ...
As evidenced by recent papers given at Nuclear Criticality Safety Division meetings, the use of the ...
Nuclear criticality calculations with Monte Carlo codes are normally done using a power iteration me...
The ability of the Monte Carlo method to solve particle transport problems by simulating the particl...
M.Sc.Due to the demand for medical isotopes, new Materials Testing Reactors (MTR's) are being consid...
Les calculs Monte Carlo en neutronique-criticité permettent d'estimer le coefficient de multiplicati...
This paper investigates the feasibility of performing reactor physics calculations using a hybrid ne...