Computer Methods in Biomechanics & Biomedical Engineering · 2020 · 13 citations · 21 references
Soft Tissue InjuryKinesiologyKnee JointBiomechanicsLower Limb TraumaOsteoarthritisKnee InjuriesSurgeryWound HealingAnatomyPosterior Horn InjuryOrthopedic BiomechanicsMedial Meniscus InjuryMedicineArthroscopic TechniqueOrthopaedic SurgeryFinite Element AnalysisMedial Meniscus
We established an effective finite element model of knee joint for observation of stress and displacement of meniscus related changes after medial meniscus injury. Different types of medial meniscus injury can lead to varied meniscus stress and displacement changes. Stress and displacement concentration were found in fissure tip of meniscus tear compared to normal meniscus. The posterior horn injury of medial meniscus may initiate combined injury of medial meniscus posterior horn (MMPH) and that of medial meniscus body, and combined injury of MMPH and that of lateral meniscus anterior horn; fissure expansions regarding horizontal fissure, longitudinal fissure and grip-shaped fissure of MMPH were spotted.
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