Sentence examples for behavior of a fuel from inspiring English sources
The main objective of the research is to analyze the behavior of a fuel cell car under different driving cycles, ambient conditions and passenger load.
The transient behavior of a Fuel Processor System to produce Hydrogen from bio-ethanol with high performance, coupled with a Proton Exchange Membrane Fuel Cell is modeled.
To derive such control laws, mathematical models are required which represent the instationary thermal behavior of a fuel cell stack for the above-mentioned load variations.
Results of a study performed to evaluate the significance of cracking in the IPyC layer on behavior of a fuel particle are presented herein, which indicate that shrinkage cracks could contribute significantly to fuel particle failures.
This study analyzes the burning behavior of a fuel immersed in porous metal wool with the ultimate goal of designing a method for faster cleanup of hazardous spills on water.
This study aims to evaluate the influence of different formulations of gasoline on the behavior of a flexible fuel engine, relating the physicochemical properties of fuels with performance, efficiency and gaseous emissions.
A theoretical modeling approach is presented, which describes the behavior of a typical fuel cell heat engine hybrid system in steady-state operating condition based on an existing solid oxide fuel cell model, to provide useful fundamental design characteristics as well as potential critical problems.
The objective of this study is to investigate the transient behavior of a PEM fuel cell by using a one-dimensional, two-phase mathematical model.
However, studies examining the transient response related to the GDL are insufficient, although the dynamic behavior of a PEM fuel cell is an important issue.
The behavior of a PEM fuel cell is highly nonlinear and it is important to incorporate process nonlinearity for control system design and process optimization.
A dynamic simulation model has been developed to describe the behavior of a single fuel particle during its lifetime in a combustor.
