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环境学术沙龙第653期:物质资源循环利用中的碳排放探讨:以CCU系统集成、生物质利用...
天文系Colloquium:Physical Mechanisms Regulating Gas Supply to Galaxies
环境学术沙龙第652期:日常生活塑料用品微塑料的释放
Boundary induced dynamical phase transition via inhomogeous quenches
报告题目:
The Development of Computational Fluid Dynamics Methods for Minerals Processing Operations
 报告人:
Dr. Phil Schwarz
CFD Group Leader,CSIRO Minerals,Australia
报告时间:
2007-01-30 14:00
报告地点:
工物馆348会议室
主办单位:
化学工程系
  简介:

CSIRO Minerals develops and applies computational fluid dynamics (CFD) models for minerals processing and energy industry applications. The aim of the program is to improve equipment and processes in these industries and to assist in the development of new processes. Applications are focussed in pyrometallurgy, hydrometallurgy, minerals beneficiation and power generation. The flow dynamics in these areas is almost exclusively multi-phase in nature, and is very often accompanied by chemical reaction and heat transfer, making the models complex in nature. Furthermore, the flows are often influenced by phenomena acting at very different length-scales, and for this reason, CSIRO Minerals are developing multi-scale methods to increase the accuracy of the flow simulations. Examples that will be described in some detail include simulation of fluidised bed reactors and mixer-settlers as used for solvent extraction.

 

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