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Feel++ HTS

    • Cylinder
      • A-Formulation
        • cfpdes axis
        • cfpdes 2D static
      • H-Formulation
        • cfpdes axis
        • cfpdes 2D
        • cfpdes 2D Wire
    • Roebel Cables
      • A-Formulation
        • cfpdes 2D static
        • cfpdes axis static
    • Tapes
      • T-A Homogeneous Formulation
        • cfpdes axis
        • cfpdes 2D
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Feel++ HTS Examples

Cylinder

A Formulation

HTS Bulk Cylinder in 2D coordinates

2D magnetic static model using A Formulation and Erf function

HTS Bulk Cylinder in Axisymmetric coordinates

Axisymmetric magnetic transient model using A Formulation and E-J power law.

H Formulation

HTS Bulk Cylinder in 2D coordinates

2D magnetic transient model using H Formulation and E-J power law

HTS Bulk Cylinder in Axisymmetric coordinates

Axisymmetric magnetic transient model using H Formulation and E-J power law

HTS Wire in 2D coordinates

2D magnetic transient model using H Formulation and E-J power law

Roebel Cables

A Formulation

Critical current in Roebel tapes in 2D coordinates

Self-consistent python algorithm to estimate the critical current on 2D magnetic static model with A Formulation and E-J power law

Critical current in Roebel tapes in axisymmetric coordinates

Self-consistent python algorithm to estimate the critical current on axisymmetric magnetic static model with A Formulation and E-J power law

Tapes

T-A Homogeneous Formulation

HTS Tapes in 2D coordinates

2D magnetic transient model using T-A Homogeneous Formulation and E-J power law

HTS Tapes in Axisymmetric coordinates

Axisymmetric magnetic transient model using T-A Homogeneous Formulation and E-J power law

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