Recent Advances in Theory, Simulations, and Experiments on Multiphase Flows

Multiphase flows, which include two or more phases of gas, liquid or solid, are not only ubiquitous in our daily life but also have important applications in a wide variety of industries including aeronautics, astronautics, chemical, pharmaceuticals, power, and petroleum. Due to the existence of complex and dynamic interfaces between different phases, it is usually difficult to solve challenging multiphase flow problems through only one simple method. For different types of multiphase flows, researchers and scholars put great effort into developing new theories, numerical methods, and/or experimental techniques that can be applied to their respective problems. This special issue covers recent advances in theory, simulations, and experiments on multiphase flows.

Guest Editors: Yan Wang (王岩), Haihu Liu (刘海湖) and Hai-Zhuang Yuan (袁海专)