Injection cooling can effectively reduce the high temperature of the intake air, improve the
power of the turbojet engine, solve the problem of insufficient thrust for mode switching. The …

Liquid slosh phenomenon has been widely observed in aerospace and aeronautic
engineering. In this paper, Finite volume method (FVM) and Lattice Boltzmann method …

The volume of fluid (VOF) model and the adaptive mesh refinement (AMR) method are used
to study the spray characteristics of a gas–liquid pintle injector and the effects of mass flow …

To study the influence of mist-air mixtures on the performance of an axial-flow compressor,
based on the Euler-Lagrange multiphase flow model coupled with compressor aerodynamic …

The breaking and bouncing coefficients of water droplets in water injection pre-compression
cooling are tested in this paper. The test results show that there appears bimodal structure …

In the process of injection cooling, the selection of working mediums brings different effects.
However, most researches still focus on water. Compared with water, the vapor formed by …

This paper presents a new method that accurately captures the interface of gas–liquid two-
phase flow using a neural network-based lattice Boltzmann front-tracking interface capturing …

Liquid atomization is a very complex issue, involving multiple length and time scales over
several orders of magnitude. To better understand the atomization characteristics of the …

The gas-flow in the furnace had a significant influence on the slag flow characteristics in the
entrained-flow gasifier. However, the gas-flow was generally neglected to simplify the …

A quantitative study is carried out to explore the air/mist-coupled cooling in the cooling
section incorporating a spray device, aiming to conduct a comparative simulation on the …