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Official Journal of the Italian Society of Orthopaedics and Traumatology

Fig. 5 | Journal of Orthopaedics and Traumatology

Fig. 5

From: Finite element analysis of coronoid prostheses with different fixation methods in the treatment of comminuted coronoid process fracture

Fig. 5

The total deformation of the fixation bolt. A1 The total deformation of the fixation bolts when using a double 2.0-mm bolt at 30° elbow flexion. A2 The total deformation of the fixation bolts when using a double 2.0-mm bolt at 90° elbow flexion. A3 The total deformation of the fixation bolts when using a double 2.0-mm bolt at 130° elbow flexion. B1 The total deformation of the fixation bolts when using a double 2.5-mm bolt at 30° elbow flexion. B2 The total deformation of the fixation bolts when using a double 2.5-mm bolt at 90° elbow flexion. B3 The total deformation of the fixation bolts when using a double 2.5-mm bolt at 130° elbow flexion. C1 The total deformation of the fixation bolt when using a single 4.0-mm bolt at 30° elbow flexion. C2 The total deformation of the fixation bolt when using a single 4.0-mm bolt at 90° elbow flexion. C3 The total deformation of the fixation bolt when using a single 4.0-mm bolt at 130° elbow flexion. D1 The total deformation of the fixation bolt when using a single 4.5-mm bolt at 30° elbow flexion. D2 The total deformation of the fixation bolt when using a single 4.5-mm bolt at 90° elbow flexion. D3 The total deformation of the fixation bolt when using a single 4.5-mm bolt at 130° elbow flexion

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