Although data-driven methods have shown high accuracy as closure models for simulating
turbulent flames, these models are often criticized for lack of physical interpretability …

Supercritical carbon dioxide (sCO 2) has recently been proposed as a promising alternative
to conventional fluids for thermal management because of its unique thermophysical …

A novel hybrid unsupervised cluster-wise regression approach is developed to represent the
flamelet tables and speed up the computations in turbulent combustion simulations. The …

The reactor residence time required for a sCO2 combustor is comparatively higher than an
equal power, airdiluted conventional combustor. Therefore, the strategies to reduce the …

Supercritical CO 2 (sCO 2) oxy-methane combustion is a key component of zero-carbon
technologies in direct-fired sCO 2 power cycles, ie, the Allam cycle which offers promising …

In this article, hydrothermal flames were studied and an extended flamelet model was
developed accounting for the real-fluid effects. The newly formulated real-fluid …

Large eddy simulations of oxy‐fuel combustors for direct‐ fired supercritical CO2 power
cycles Page 1 Large eddy simulations of oxy‐fuel combustors for direct‐ fired supercritical …

The major challenge in designing oxy-fuel combustors in supercritical power generation
cycles is the lack of fundamental understanding of the combustion process at high pressures …

Supercritical carbon dioxide (sCO2) has recently been proposed as a promising alternative
to conventional fluids for thermal management applications because of its unique …

Some cutting edge technologies for power generation make use of Supercritical CO_2 CO 2
cycles to improve efficiency and reduce emissions. While all of these technologies are …