Difference between revisions of "Software change log"
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==Change Log== |
==Change Log== |
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− | '''2015-04-10: Added Amelunxen SGI model''' |
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− | * New specific energy model for SAG & ball mill circuits that uses SGI (or SPI™) values instead of Bond work index for rod mill and crushing. |
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− | * Mandatory to set the CFsag and CFball configuration factors, see the [[Model:Amelunxen SGI|documentation]]. |
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− | + | ===2015-04-21: Added rod mill-ball mill circuit model=== |
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* New specific energy model using Bond/Rowland method for rod mills and ball mills. |
* New specific energy model using Bond/Rowland method for rod mills and ball mills. |
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* Fixed a problem with default values not appearing in drop-down select fields. |
* Fixed a problem with default values not appearing in drop-down select fields. |
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* Tweaked behaviour of SGI model under SAG-limited and ball-limited conditions. |
* Tweaked behaviour of SGI model under SAG-limited and ball-limited conditions. |
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+ | |||
+ | ===2015-04-10: Added Amelunxen SGI model=== |
||
+ | * New specific energy model for SAG & ball mill circuits that uses SGI (or SPI™) values instead of Bond work index for rod mill and crushing. |
||
+ | * Mandatory to set the CFsag and CFball configuration factors, see the [[Model:Amelunxen SGI|documentation]]. |
||
+ | |||
Revision as of 19:53, 21 April 2015
Contents
Change Log
2015-04-21: Added rod mill-ball mill circuit model
- New specific energy model using Bond/Rowland method for rod mills and ball mills.
- Fixed a problem with default values not appearing in drop-down select fields.
- Tweaked behaviour of SGI model under SAG-limited and ball-limited conditions.
2015-04-10: Added Amelunxen SGI model
- New specific energy model for SAG & ball mill circuits that uses SGI (or SPI™) values instead of Bond work index for rod mill and crushing.
- Mandatory to set the CFsag and CFball configuration factors, see the documentation.
Bug list
Known bugs that are scheduled for fixing:
- SGI model PDF output does not show the CFsag and CFball values [mostly cosmetic, low priority]
- SGI model shows nonsensical Essbm values for samples that do not have WiC and WiRM values. [mostly cosmetic, low priority]
- PDF output shows the mill types as integer values rather than a description (SAG, ball, etc.) [mostly cosmetic, low priority]