A Mathematical Model for the Multiphase Transport and Reaction Kinetics . . . The present study investigates for the first time the development of a detailed, one-dimensional mathematical model for the steady-state simulation of a novel drop-tube carbonator reactor as a core equipment unit in a concentrated solar power (CSP)-thermochemical energy storage integration plant
Numerical Simulation of Multiphase Flow Behavior in Hot Metal Ladle . . . With Fluent software used, a CFD-DPM coupled model was established to describe and simulate the multiphase flow behavior in the 300 t ladle bottom powder injection process The effectiveness of the injection technique is related to the hydrodynamics of the system and the particle trajectories
Numerical modeling of multiphase flow in gas stirred ladles: From a . . . This paper aims to present a review of numerical models for the gas-steel-slag three-phase flow in gas-stirred ladles The modeling frameworks is classified as: mixture model, interfacial model, multi-fluid model and Eulerian-Lagrangian (EL) model
ISIJ Int. 58(11): 2042-2051 (2018) - J-STAGE A computation fluid dynamics–population balance model–simultaneous reaction model (CFD–PBM–SRM) coupled model was used to predict the reaction kinetic and desulfurization behavior in 80 ton ladle with bottom powder injection
Numerical simulation on gas–liquid multiphase flow in hot metal ladle . . . The results show that the established model eliminates the gas-adhering wall phenomenon in the water model of hot metal ladle When the wall lubrication force is considered, some bubbles are pushed away from the submerged lance wall