Add to ORKGAs evidenced by recent papers given at Nuclear Criticality Safety Division meetings, the use of the Monte Carlo method has become a very popular computational tool. The ease of use has undoubtably been a primary reason for this popularity. This ease of use, however, may lead to a false sense of security when using the method. Guidance on the effective use of the method and some suggestions on how to avoid some of the pitfalls that can occur are presented. (TFD
Perturbation techniques are powerful tools for determining the effects of small changes, or perturba...
An important effort in the field of nuclear criticality safety is the establishing and modeling of a...
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...
The overall goal of this project is to develop, implement, and test new Hybrid Monte Carlo-determini...
With the closure of many experimental facilities, the nuclear criticality safety analyst is increasi...
Careful assessment of the results of a calculation by the code itself can reduce mistakes in the pro...
summary:Monte Carlo method represents a useful tool for modelling of physical processes. It relies o...
The advancement of computational technology has resulted in the wide-spread availability of powerful...
Until recently, criticality safety assessment codes had a minimum temperature at which calculations ...
During the development of Monte-Carlo-based dynamic code system, we have encountered two major Monte...
International audienceNuclear criticality safety assessment often requires groupwise Monte Carlo sim...
Abstract. Most modern criticality safety Monte Carlo codes have reached a good level of achievement ...
Critical benchmark experiments are the foundation of validation of the computational codes used in c...
All Monte Carlo computer codes have an uncertainty associated with the final result. This uncertaint...
Perturbation techniques are powerful tools for determining the effects of small changes, or perturba...
An important effort in the field of nuclear criticality safety is the establishing and modeling of a...
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...
The overall goal of this project is to develop, implement, and test new Hybrid Monte Carlo-determini...
With the closure of many experimental facilities, the nuclear criticality safety analyst is increasi...
Careful assessment of the results of a calculation by the code itself can reduce mistakes in the pro...
summary:Monte Carlo method represents a useful tool for modelling of physical processes. It relies o...
The advancement of computational technology has resulted in the wide-spread availability of powerful...
Until recently, criticality safety assessment codes had a minimum temperature at which calculations ...
During the development of Monte-Carlo-based dynamic code system, we have encountered two major Monte...
International audienceNuclear criticality safety assessment often requires groupwise Monte Carlo sim...
Abstract. Most modern criticality safety Monte Carlo codes have reached a good level of achievement ...
Critical benchmark experiments are the foundation of validation of the computational codes used in c...
All Monte Carlo computer codes have an uncertainty associated with the final result. This uncertaint...
Perturbation techniques are powerful tools for determining the effects of small changes, or perturba...
An important effort in the field of nuclear criticality safety is the establishing and modeling of a...
Over the past two decades, criticality safety analysts have come to rely to a large extent on Monte ...