FAQ: Difference between revisions

From Met Dynamics
Jump to navigation Jump to search
m (1 revision imported)
md>Scott.Munro
Line 19: Line 19:
All {{Name (Text, Product Name)}} unit models and tools are sourced from public domain material such as text books, scientific journal articles, and conference papers. {{Name (Text, Product Name)}} models and tools are therefore compatible with other implementations of the same models insofar as those implementations also follow the public domain source material.
All {{Name (Text, Product Name)}} unit models and tools are sourced from public domain material such as text books, scientific journal articles, and conference papers. {{Name (Text, Product Name)}} models and tools are therefore compatible with other implementations of the same models insofar as those implementations also follow the public domain source material.


For simple, well-documented or historically older models (e.g. [[Crusher (Whiten)|Whiten crusher]], [[Ball Mill (Perfect Mixing)|Perfect Mixing ball mill]]) the input parameters are largely compatible between implementations, since compatibility is a consequence of following the model theory explicitly. Input parameter compatibility may be more limited for particular models that are less well documented in the literature (e.g. [[AG/SAG Mill (Mutambo)|AG/SAG mill]]) and individual results may vary.
For simple, well-documented or historically older models (e.g. [[Crusher (Whiten)|Whiten crusher]], [[Ball Mill (Perfect Mixing)|Perfect Mixing ball mill]]) the input parameters are largely compatible between implementations, since compatibility is a consequence of following the model theory explicitly. Input parameter compatibility may be more limited for particular models that are less clearly articulated in the literature (e.g. [[AG/SAG Mill (Variable Rates)|AG/SAG mill]]) and individual results may vary.


Instances where {{Name (Text, Product Name)}} are known to deviate from the published literature are typically noted in the wiki page for the particular model.
Instances where {{Name (Text, Product Name)}} are known to deviate from the published literature are typically noted in the wiki page for the particular model.

Revision as of 09:40, 24 March 2023

Introduction

This article provides asnwers to Frequently Asked Questions (FAQ) about the Met Dynamics Models product.

Frequently Asked Questions

Met Dynamics Models is currently in version 2. What happened to version 1?

The development of Met Dynamics Models version 1 commenced in 2009 with the founding of the Met Dynamics. Models and tools were prototyped, debugged, improved and deployed to support Met Dynamics consulting services. A limited number of clients were supplied with version 1 software, allowing them to simulate and optimise their own operations or support capital expansion projects.

A major revision of version 1 was was commenced in 2021, resulting in the version 2 software now offered as a commercially licensed product to the wider mineral processing community.

Are Met Dynamics Models in Excel compatible with the same models in SysCAD?

Yes. The same underlying Met Dynamics Models library code base is used by both interfaces. Model input parameters fitted in Excel, for example, will provide exactly the same model output results in SysCAD.

Are Met Dynamics Models compatible with the same models in other software packages?

All Met Dynamics Models unit models and tools are sourced from public domain material such as text books, scientific journal articles, and conference papers. Met Dynamics Models models and tools are therefore compatible with other implementations of the same models insofar as those implementations also follow the public domain source material.

For simple, well-documented or historically older models (e.g. Whiten crusher, Perfect Mixing ball mill) the input parameters are largely compatible between implementations, since compatibility is a consequence of following the model theory explicitly. Input parameter compatibility may be more limited for particular models that are less clearly articulated in the literature (e.g. AG/SAG mill) and individual results may vary.

Instances where Met Dynamics Models are known to deviate from the published literature are typically noted in the wiki page for the particular model.

Occasionally, gaps exist in published information and methods. In such cases Met Dynamics Models attempts to follow the spirit or intent of the original source as closely as possible, and differences with other implementations may unavoidably arise.

The Model theory section of each wiki page describes the exact implementation provided by the Met Dynamics Models product. Extensive references to original source documentation are provided throughout the wiki.

Is there a Demo or Evaluation version of Met Dynamics Models available?

A time-limited, fully-functional Trial version of Met Dynamics Models is available for evaluation. Please contact enquiries@metdynamics.com.au to request a Trial version.

Are floating network, virtual machine, cloud infrastructure, or large volume licenses available?

Floating network, virtual machine, cloud infrastructure, or large volume license options for Met Dynamics Models are currently not available. Please check back again later as these options are planned for future releases.

What is the pricing structure for Met Dynamics Models?

Please contact enquiries@metdynamics.com.au to obtain details of the Met Dynamics Models software pricing structure. Please provide information on your organisation's prospective use cases, target applications, number of users etc. to help us identify the best licensing options to meet your needs.

Are Academic licenses available?

We are able to provide generous discounts for the licensing of Met Dynamics Models in academic or other teaching environments. Please contact enquiries@metdynamics.com.au for more information.

What features, models and interfaces are planned for the future?

Met Dynamics maintains an extensive roadmap for the improvement of the Met Dynamics Models software product. This includes new steady-state and dynamic unit operation models, new mineral processing calculation tools, new software platform and API interfaces, as well as improvements and additions to the current suite of models and tools.

Please contact us at enquiries@metdynamics.com.au for more information about future releases or to suggest particular improvements to meet your needs.