thermal_blaze

class materials.thermal_blaze

Bases: base_thermal

Material with frictional heat generation and cohesion evolution.

Attributes Summary

cohesion_limit	[optional] maximum surface energy, \(SE_\mathrm{max}\), [\(E/L^2\)]
cohesion_rate	[mandatory] cohesion rate, \(SE_\mathrm{rate}\), [\(E/(L^2T)\)]
contact_area_effective	[mandatory] effective fraction of the contact area, \(A_\mathrm{eff}\), [\(-\)]
friction_source	[mandatory] friction coefficient used for heat generation, \(\mu_\theta\), [\(-\)]
thickness	[optional] artificial geometrical thickness, \(\delta d\), [\(L\)]

Attributes Documentation

cohesion_limit: float = None

[optional] maximum surface energy, \(SE_\mathrm{max}\), [\(E/L^2\)]

cohesion_rate: float = None

[mandatory] cohesion rate, \(SE_\mathrm{rate}\), [\(E/(L^2T)\)]

contact_area_effective: float = None

[mandatory] effective fraction of the contact area, \(A_\mathrm{eff}\), [\(-\)]

friction_source: float = None

[mandatory] friction coefficient used for heat generation, \(\mu_\theta\), [\(-\)]

thickness: float = None

[optional] artificial geometrical thickness, \(\delta d\), [\(L\)]

friction_source: float = None

[mandatory] friction coefficient used for heat generation, \(\mu_\theta\), [\(-\)]

contact_area_effective: float = None

[mandatory] effective fraction of the contact area, \(A_\mathrm{eff}\), [\(-\)]

cohesion_rate: float = None

[mandatory] cohesion rate, \(SE_\mathrm{rate}\), [\(E/(L^2T)\)]

cohesion_limit: float = None

[optional] maximum surface energy, \(SE_\mathrm{max}\), [\(E/L^2\)]

thickness: float = None

[optional] artificial geometrical thickness, \(\delta d\), [\(L\)]