首页
期刊中心
期刊检索
论文检索
行业资讯
期刊
期刊
论文
首页
>
《中国颗粒学报:英文版》
>
2018年1期
>
Analysis of mesoscale effects in high-shear granulation through a computational fluid dynamics-population balance coupled compartment model
Analysis of mesoscale effects in high-shear granulation through a computational fluid dynamics-population balance coupled compartment model
(整期优先)网络出版时间:2018-01-11
作者:
P.J. Abrahamsson;P. Kvist;G. Reynolds;X. Yu;I. Niklasson Bjorn;M.J. Hounslow;A. Rasmuson
理学
>力学
分享
打印
同系列资源
资料简介
/
1
来源期刊
中国颗粒学报:英文版
2018年1期
相关推荐
A computational fluid dynamics model for wind simulation: model implementation and experimental validation
Effect of impeller design on homogeneity, size and strength of pharmaceutical granules produced by high-shear wet granulation
Direct modeling for computational fluid dynamics
Application of computational fluid dynamics simulation for submarine oil spill
Simplified dynamic analysis to evaluate liquefaction-induced lateral deformation of earth slopes: a computational fluid dynamics approach
同分类资源
更多
[力学]
APPROXIMATE ESTIMATION OF HARDENING-SOFTENING BEHAVIOUR OF CIRCULAR PIPES SUBJECTED TO PURE BENDING
[力学]
Recursive dynamics simulator (ReDySim): A multibody dynamics solver
[力学]
PREDICTION OF MODE Ⅰ CRACK PROPAGATION DIRECTION IN CARBON-FIBER REINFORCED COMPOSITE PLATE
[力学]
基于SINS/TAN/ADS/MCP的无人机组合导航系统
[力学]
A NEW APPROACH OF PREDICTING BIFURCATION POINTS OF ELASTIC-PLASTIC BUCKLING OF PLATES AND SHELLS
相关关键词
粒状材料
空间模型
液体动力学
平衡
人口
计算
Analysis of mesoscale effects in high-shear granulation through a computational fluid dynamics-population balance coupled compartment model
/
1
重新阅读
+在线打印
返回顶部