Plugin Packages for PyRolL

Plugins are additional packages that provide model approaches to PyRolL by implementing hooks. They have to be distinguished from extensions, which provide extended functionality (see here).

In the following available plugin packages for PyRolL will be listed. The list will be extended continuously.

Note

Read here for details on hooks and plugins.

Official Plugin Packages

pyroll-elastic-mill-spring

[Docs] [Source] [PyPI]

Provides the gaugemeter equation for elastic mill feedback.

pyroll-freiberg-flow-stress

[Docs] [Source] [PyPI]

Provides the Freiberg flow stress approach and a material database.

pyroll-gripping-analysis

[Docs] [Source] [PyPI]

Provides a gripping analysis by providing a bite-angle.

pyroll-hensel-force-torque

[Docs] [Source] [PyPI]

Provides the roll force and roll torque empirical approach by A. Hensel.

pyroll-hill-spreading

[Docs] [Source] [PyPI]

Provides Hill’s spreading model.

pyroll-hitchcock-roll-flattening

[Docs] [Source] [PyPI]

Provides the roll force correction through flattening by J. Hitchcook adapted by Bohm and Flaxa.

pyroll-integral-thermal

[Docs] [Source] [PyPI]

Provides an integral approach for thermal modelling.

pyroll-jmak-recrystallization

[Docs] [Source] [PyPI]

Provides change in austenite grain size and strain according to dynamic, metadynamic and static recrystallization…

pyroll-karman-force-torque

[Docs] [Source] [PyPI]

Provides the roll force and roll torque calculation by solving von Karmans differential equation.

pyroll-lee-flow-stress

[Docs] [Source] [PyPI]

Provides the Lee flow stress model.

pyroll-lendl-equivalent-method

[Docs] [Source] [PyPI]

Provides the equivalent method from A.E. Lendl.

pyroll-lippmann-mahrenholz-force-torque

[Docs] [Source] [PyPI]

Provides the roll force and roll torque calculation by Lippmann and Mahrenholz.

pyroll-marini-spreading

[Docs] [Source] [PyPI]

Provides Marini’s spreading model.

pyroll-mauk-gottschling-flow-stress

[Docs] [Source] [PyPI]

Provides the Mauk and Gottschling flow stress model.

pyroll-misaka-flow-stress

[Docs] [Source] [PyPI]

Provides the Misaka flow stress model.

pyroll-neutral-point-estimator

[Docs] [Source] [PyPI]

Provides a collection of neutral point approximations.

pyroll-pillar-model

[Docs] [Source] [PyPI]

Provides a descritized analyse of material flow as well as local forming values.

pyroll-ring-model

[Docs] [Source] [PyPI]

Provides a basic interface for inhomogeneous modelling with gradients in radial direction (from core to surface).

pyroll-ring-model-thermal

[Docs] [Source] [PyPI]

Provides thermal model based on the ring model approach.

pyroll-roux-spreading

[Docs] [Source] [PyPI]

Provides Roux’ spreading model.

pyroll-sander-spreading

[Docs] [Source] [PyPI]

Provides Sander’s spreading model.

pyroll-shida-flow-stress

[Docs] [Source] [PyPI]

Provides the Shida flow stress model.

pyroll-sims-power-and-labour

[Docs] [Source] [PyPI]

Provides the power and labour calculations from R.B. Sims.

pyroll-sparling-spreading

[Docs] [Source] [PyPI]

Provides Wusatowski’s spreading model.

pyroll-stationary-thermal-analysis-work-roll

[Docs] [Source] [PyPI]

Provides a thermal analysis of roll cooling.

pyroll-tension-spreading-interaction

[Docs] [Source] [PyPI]

Provides the empirical model of Dobler to include the effect of interstand tensions.

pyroll-work-roll-elastic-deformation

[Docs] [Source] [PyPI]

Provides the calculation of elastic work roll deformation by matrix method.

pyroll-wusatowski-spreading

[Docs] [Source] [PyPI]

Provides Wusatowski’s spreading model.

pyroll-zouhar-contact

[Docs] [Source] [PyPI]

Provides the contact area estimation by Zouhar.

Unofficial Plugin Packages

Note

If you want your package listed here, please contact the maintainers.

pyroll-community-notebook

[Docs] [Source] [PyPI]

Provides a notebook styled for PyRolL power users developed by G. Rothenbucher and M.Molter.