Accurate measurement and prediction of laminar burning velocity is important for
characterization of premixed combustion properties of a fuel, development and validation of …

Two multi-perforated premixed burners, designed for natural gas, are fueled with increasing
hydrogen content to assess the limits of H 2 substitution and investigate potential risks …

Hydrogen has been identified as a potential tool for decarbonizing various industrial sectors
by replacing natural gas while maintaining the combustion-based conversion system …

The present work investigated the laminar flame speed measurement of kerosene-relevant
fuel, including Jet A-1 commercial kerosene, and surrogate kerosene fuel and its pure …

Abstract Analysis of ammonia Bunsen flame is meaningful for understanding ammonia
combustion details and solving the two major problems, the poor combustion characteristics …

Flames in practical combustors and engines are inevitably subject to the effects of upstream
chemical reaction progress and stretch, induced by elevated thermodynamic conditions and …

To understand tip opening of a hydrogen–air Bunsen flame, the detailed flow, temperature
and concentration fields of the flame were studied based on numerical calculations that use …

Abstract The CH 4-NH 3 (50%: 50%) premixed flame with/without the wall effects are
simulated and compared at the stoichiometric condition in this study. The effects of cold wall …

In this study, combustion characteristics of various biogas/air mixtures with hydrogen
addition at elevated temperatures were experimentally investigated using bunsen burner …

Premixed flames have shown to behave differently while operating under equivalence ratio
or velocity gradients. This distinct behaviour can be used to improve the performance of …