To form a licensing basis for the new methodology of the fuel channel safety analysis code system for CANDU-6, a CATHENA model for the post-blowdown fuel channel analysis for a Large Break LOCA has been developed, and tested for the steady state of a high temperature thermal chemical experiment CS28-1.
To this end, a methodology for simulation of fuel cell operation under uncertainty is presented by considering a one-dimensional nonisothermal description of the governing physical phenomena.
Despite the efforts of Society of Automotive Engineers Recommended Practice SAE J1711, it has not yet been established a worldwide methodology for calculation of fuel consumption and emission factors when regarding emission standards, with distinct driving cycles.
There have been some attempts to evaluate the fuel pool size on a flat or longitudinally sloped surface, whereas there is a lack of methodology for evaluation of fuel pool size, fire zone length and fire heat release rate on a sloped roadbed surface.
The empirical- experimental research methodology for fuel consumption & optimization studies are mainly consist of fuel properties and optimization studies.
The present paper gives a brief review of the methodology for modeling evolutions of fuel isotopic composition by the set of ordinary differential equations describing nuclide transmutation.
A first methodology for the proper sizing of fuel cell plants is suggested.
In this work, a standardized methodology for techno-economic analysis of fuel production processes is presented and exemplarily applied on sustainable fuels from Fischer-Tropsch (FT) synthesis.
This methodology of referring to fossil fuels is justified as long as fossil fuels are being used, as in North Rhine-Westphalia, which cause CO2 emissions which are less or equal to the substitution effect through the emission reduction through the use of wood (cf. [59]).
This methodology of referring to fossil fuels is justified as long as fossil fuels are being used, as in North Rhine-Westphalia, which cause CO2 emissions which are less or equal to the substitution effect through the emission reduction through the use of wood (cf. [ 59]).
