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Body 1 | |||

First radius body 1 | r_{11} | mm | |

Body 2 | |||

First radius body 2 | r_{21} | mm | |

Normal force | Fn | N | |

Youngs modulus body 1 | E_{1} | MPa | |

Youngs modulus body 2 | E_{2} | MPa | |

Poisson number body 1 | ν_{1} | ||

Poisson number body 2 | ν_{2} | ||

Angle between axes | α | ° | |

First radius body 1 | r₁₁ | 5.0000 | mm |

Second radius body 1 | r₁₂ | 5.0000 | mm |

First radius body 2 | r₂₁ | 5.0000 | mm |

Second radius body 2 | r₂₂ | 5.0000 | mm |

Angle between planes for radii | α₂ | 0.00 | ° |

Youngs modulus body 1 | E₁ | 210000.00 | MPa |

Poisson number body 1 | υ₁ | 0.30 | |

Youngs modulus body 2 | E₂ | 210000.00 | MPa |

Poisson number body 2 | υ₂ | 0.30 | |

Normal force | Fn | 100.00 | N |

Hertzian Stress | pH | 3454.40 | MPa |

Major half axis of contact ellipsis | a | 0.1176 | mm |

Minor half axis of contact ellipsis | b | 0.1176 | mm |

Approach of both bodies | δ | 0.0055 | mm |

Maximal shear stress body 1 | τMax₁ | 1070.93 | MPa |

Depth for max. shear stress body 1 | z(τMax₁) | 0.0565 | mm |

Maximal octahedral shear stress body 1 | τOctMax₁ | 1009.69 | MPa |

Maximal shear stress body 2 | τMax₂ | 1070.93 | MPa |

Depth for max. shear stress body 2 | z(τMax₂) | 0.0565 | mm |

Maximal octahedral shear stress body 2 | τOctMax₂ | 1009.69 | MPa |

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