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TF outer leg OOP Lorenz force (about 1/3 of power limit condition) Scenario 79: 106KN

TF outer leg OOP Lorenz force (about 1/3 of power limit condition) Scenario 79: 106KN Radius rods (spring) and supports (ss): 2”x2” Radius rod length: 23.4” (0.595m) Ring (ss): 1”x4” Cylindrical coordinate: model Z is machine vertical axis, model X is radial and Y is theta direction.

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TF outer leg OOP Lorenz force (about 1/3 of power limit condition) Scenario 79: 106KN

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  1. TF outer leg OOP Lorenz force (about 1/3 of power limit condition) Scenario 79: 106KN Radius rods (spring) and supports (ss): 2”x2” Radius rod length: 23.4” (0.595m) Ring (ss): 1”x4” Cylindrical coordinate: model Z is machine vertical axis, model X is radial and Y is theta direction. If using clevis shear load of 8klbs as a criteria, radius modulus of 800MPa can meet the requirement and corresponding spring stiffness is 19.85 klbs/in.

  2. Radius rod modulus (Pa)

  3. Max 9.14mm (0.36”) Max 12.6Mpa (1.8ksi) Radius rod modulus 800 MPa (116ksi) Max 140Mpa (20.3ksi) Max 20.7Mpa (3ksi)

  4. NB port (reinforced) Vessel stiffness NB port (reinforced) Double arch Clevis positions (top view)

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