Handbook of Multiphase Flow Science and Technology, 1st ed. 2023
The Handbook consists of three parts or volumes:
1. Theory: describes the fundamentals including the concepts and definitions of multiphase flows. Classifications of multiphase flows. Basic understanding of different length scales involved ? micro/nano, meso and macro. Treatment of such flows by different solution frameworks.
2. Modelling and Measurement: covers both classical and state-of the-art measurement and modelling approaches to resolve different classifications of multiphase flows.
3. Applications: highlights the very latest applications of measurement and modelling approaches in tackling different classification of multiphase flows in a variety of natural, biological and industrial systems and different length scales.
Fundamental Theory of Multiphase Flows.- Basic Theory and Conceptual Framework of Multiphase Flows.- Turbulence in Multiphase Flows.- Review of Subcooled Boiling Flow Models.- -Multiphase Flow Measurements using PIV and LIF.- Theoretical/Computational Multiphase Flows.- -Recent Advances in Modelling Gas-Liquid Flows.- Euler-Euler-Modelling of Poly-dispersed Bubbly Flows.- Euler-Euler-Modelling of Segregated Flows and Flows with Transitions Between Different Flow Morphologies.- Recent Advances in Modelling Subcooled Boiling Flows.- Computational Simulations of Microbubbles.- Recent Advances in Modelling Gas-Particle Flows.- Numerical Modelling of Pulverised Coal Combustion.- Challenges in Modelling Sprays in Internal Combustion Engine.- Recent Advances in DEM Modelling.- Experimental Multiphase Flows.- Flooding Phenomenon of Cyrogenic Liquids.- Cavitating Flow of Cyrogenic Fluids.- Imaging Measuring Techniques.- TOPFLOW-Experiments in Vertical Pipes.- Applications of Multiphase Flows.- Multiphase Flows in Biomedical Applications.- Flow Boiling Enhancement via Cross-Sectional Expansion.- Slug Flow Heat Transfer in Microchannels.- Nanoparticle/Liquid Flow Applications.- Multiphase Flows in Pharmaceutical Applications.
Dr Guan Heng received his Ph.D. in 1993 from UNSW Sydney. He is a renowned expert in multiphase flows and has published a book titled Computational Techniques for Multi-Phase Flows: Basics and Applications, which has been widely read and cited extensively. He has also published other notable works including the highly cited book titled Computational Fluid Dynamics: A Practical Approach. In recognition of his pioneering development and application of innovative computational models across a diverse range of engineering fields, he is currently the Directors of two major centres in Australia fire safety engineering landscape: Australian Research Council Training Centre for Fire Retardant Materials and Safety Technologies and Australian Research Council Research Hub for Fire Resilience Infrastructure, Assets and Safety Advancements. He manages significant industry focused fire research projects including the development of carbon materials, green and durable polymer composites, next generation fire suppression technologies, rapid responsive sensors and early detection systems, and new flammability tests for compliance with fire safety regulatory standards. He has received two significant awards: Brennan Medal for the best book publication from the Institute of Chemical Engineers (IChemE) Award in 2009 and NASA Award on novel research work in solidification in microgravity environment in 1992.
Reviews the rapid development and latest applications of multiphase flow technology
Serves as a full technical reference with a comprehensive view of the technology
Widely covers all key design and also fundamental issues related to multiphase flows
Date de parution : 09-2023
Ouvrage de 1634 p.
15.5x23.5 cm
Thèmes de Handbook of Multiphase Flow Science and Technology :
Mots-clés :
Discrete Element Method; Discretization Methods; Drift Flux Models; Fluid Mechanics/Dynamics; Measurements/Applications; Micro-scale and Nano-scale Flows; Multiphase Flow; Multiphase Flow; Multiphase Flow Theory/Modeling; Particle Image Velocimetry; Radiation Heat Transfer; Reynolds-Averaged Navier-Stokes; Subcooled Nucleate Boiling Flows; Turbulence Modeling; Complex Fluids
