论文成果

发布时间：

2025-04-30

论文名称：

Investigation on Drag Coefficient of Supercritical Water Cross-Flow Past Cylinder Biomass Particle at Low Reynolds Numbers

发表刊物：

Thermal Science

摘要：

The supercritical water gasification of biomass technology is a promising approach for the efficient and clean conversion of wet-biomass to hydrogen-rich gas production. Many of the biomass materials are of rodlike shape and gasified in supercritical water fluidized bed. So the particle-fluid two flow behaviors insider supercritical water fluidized bed are of great importance. Constrained by the extreme operating condition, numerical methods, such as the Euler-Euler method and Euler-Lagrange method, are used to study the flow behaviors inside the supercritical water fluidized bed. As the accuracy of these methods are depended on the drag force model and there is little investigation on that at supercritical condition, this work is focused on the drag coefficient of cylinder biomass particle with different ratio of length to diameter. The simulated results show that there is no difference for the drag coefficient of a certain particle at different condition when the Reynolds number is same. The variation tendency of the pressure and viscous drag coefficient with Reynolds number and the ratio of length to diameter is also given in this paper.

合写作者：

Wu Z, Jin H*, Ren Y, Guo L.

卷号：

22

页面范围：

S383-9

是否译文：

否

发表时间：

2018-12-01