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

An analysis of the literature data indicates a wide front of research and development in the
field of the use of methane–hydrogen mixtures as a promising environmentally friendly low …

In the last decade significant concern is growing regarding greenhouse gas emissions,
global warming and fuel scarcity. Thus, the need arises to implement a new energy carrier …

The aim of the present work is to contribute to the better understanding of the combustion
process and the laminar flame properties of methane/hydrogen-air flames at elevated …

In spite of the large amount of research spent on the evaluation of the high pressure
dependence of laminar burning velocity of methane+ air flame, there still exists a large …

Adiabatic laminar burning velocities for methane, n-heptane, and iso-octane blended with
ammonia were experimentally determined using the heat flux method. The flames were …

The current work presents computational investigations of biogas-hydrogen blends'
combustion characteristics for various thermo-physical conditions relevant for practical …

To investigate the temperature dependence of H 2-poor/CH 4/air mixtures explosions, the
corresponding explosion characteristics are studied by experimental and numerical …

Hydrogen as a carbon-free fuel is commonly expected to play a major role in future energy
supply, eg, as an admixture gas in natural gas grids. Which impacts on residential and …

The laminar burning velocity is a fundamental property of combustible mixtures important for
kinetic model validation as well as for practical applications. Many efforts are directed …