Developing supersonic combustion models with efficiency, accuracy and practicality is
important foundation to deeply understand the complex combustion processes in scramjet …

Compartment fire is a hazardous phenomenon because of the generated poisonous and
high-temperature gases. Air curtain systems can be used in order to control the fire spread …

A flamelet model implementation consists of two steps: the generation of a set of laminar
flamelet solutions and the integration of the laminar flamelet solutions with presumed shape …

Hydrogen as an energy vector of the future is being explored by many. Steam-methane
reformation proves itself as a major source of hydrogen that is to play a major role in the …

Combustion instability due to thermo-acoustic interactions is a critical combustion problem
that requires a thorough understanding because of its adverse impact on stable and reliable …

This paper examined the effect of combustion model on compartment fire simulation. The
results of the flamelet generated manifold (FGM) combustion model were compared with …

Prediction of differential molecular diffusion remains a great challenge for flamelet modeling
of turbulent non-premixed combustion. This work addresses this challenge through a priori …

Combustion instability resulting from thermo-acoustic interaction is a serious issue in
highpower, high-energy density propulsion devices like rocket engines, gas turbines and …

One of the critical issues in fire dynamic simulation is the selection of suitable combustion
model. Typically, combustion models based on infinite fast chemistry are used in fires. In this …

When the fire in the room reaches a critical state, the fire can create hazards for the upper
floors. In this paper, different fire cases with more and less natural ventilation than the critical …