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James T. Jenkins and Michele Larcher
Kinetic theory is used to propose and solve boundary value problems for fully developed, steady, dense gravity-driven flows of mixtures composed of identical inelastic spheres and water over both inclined erodible beds and rigid, bumpy bases confined by ...
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Chun Wang, Guanlin Ye, Xiannan Meng, Yongqi Wang and Chong Peng
A two-fluid Eulerian?Lagrangian coupled model is developed to investigate the complex interactions between solid particles and the ambient water during the process of submerged granular column collapse. In this model, the water phase is considered to be ...
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Kae Tsunematsu, Fukashi Maeno and Kouichi Nishimura
Snow avalanches are catastrophic phenomena because of their destructive power. Therefore, it is very important to forecast the affected area of snow avalanches using numerical simulations. In our study, we focus on applying a numerical model to snow aval...
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Anna Maria Pellegrino and Leonardo Schippa
This paper refers to complex granular-fluid mixtures involved into geophysical flows, such as debris and hyper-concentrated flows. For such phenomena, the interstitial fluids play a role when they are in the viscous regime. Referring to experiments on gr...
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Sauro Manenti, Andrea Amicarelli and Sara Todeschini
This work illustrated an application of the FOSS code SPHERA v.8.0 (RSE SpA, Milano, Italy) to the simulation of landslide hazard at the slope of a water basin. SPHERA is based on the weakly compressible SPH method (WCSPH) and holds a mixture model, cons...
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Martin C. Marinack, Jr. And C. Fred Higgs, III
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Charles S. Campbell
Pág. 208 - 229
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Jianxin Xia, Peng Han and Jinren Ni
Pág. 148 - 152
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Oliveri, F.
Pág. 533 - 540
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Langston, P A; Nikitidis, M S; Tüzün, U; Heyes, D M; Spyrou,
Pág. 59 - 72
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