An efficient combustion not only leads to lower fuel consumption but also to significant less pollutant emissions. Via multi-phase flow simulations, we study how fuel affects combustion sub-processes ...

Multiphase flow is a very common phenomenon ... studied multiphase flows is high-speed fuel injection into a combustion chamber. A key to successfully make the combustion cleaner and more ...

In spite of decades of multi-phase flow research, many intriguing questions are still waiting for answers, particularly with respect to the detailed dynamics of multi-phase flows. In addition, the ...

The technology behind this next generation engine, known as “full-flow staged combustion” has for decades been considered all but impossible by the traditional aerospace players. Despite ...

Flow velocity in the fuel/oxidizer injectors and combustion chamber during combustion oscillations in a model of a rocket engine. (Courtesy: Hiroshi Gotoda) Researchers in Japan have identified a ...

The technology behind this next generation engine, known as “full-flow staged combustion” has for decades been considered all but impossible by the traditional aerospace players. Despite ...

During combustion, gases mix with tiny, solid particulates, meaning that realistic simulations can contain billions of these complex, multiphase ... particle motion in a flow, lowering the ...

The mass flow is the product of the density and the velocity. The velocity signal is also critical to combustion optimization as it assists with proper primary airflow control, ideal flame ...