Difference between revisions of "Category:Models"
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Revision as of 19:32, 6 November 2012
Models
This are two principal types of models:
- Specific energy consumption models are used to estimate the amount of grinding energy required to grind a particular ore, and what throughput can be achieved by passing that ore through a particular set of grinding mills.
- Mill power draw models are used to estimate how much grinding energy can be generated by a particular mill geometry and charge.
In general, the mill power draw models are independent of the ore being processed (ore density matters, but feed and product sizes should not affect power draw if the mill is run properly). The specific energy model uses the ore grindability test results to estimate energy requirements to achieve a particular size reduction, then it calls on the mill power draw model to determine how much energy is actually available. Dividing the energy available by the specific energy consumption results in the throughput.
Pages in category "Models"
The following 22 pages are in this category, out of 22 total.
M
- Mill power draw models
- Model:Amelunxen SGI
- Model:Bond RMBM Model
- Model:Bond-Rowland SSBM
- Model:Bond/Barratt SAB Model
- Model:Bond/Barratt SABC Models
- Model:Bond/Barratt SS SAG
- Model:El Soldado SS SAG
- Model:Morrell HPGR and ball mill
- Model:Morrell Mi SMC SAG
- Model:Morrell SS SAG
- Model:Morrell SSBM
- Model:Raw Bond/Barratt SAB & SABC Model
- Morrell C-model