// Biomechanical Elucidation of Temporal Bone Fracture Mechanisms Using Finite Element Analysis: Identification of Stress-Concentration Sites and Crack Propagation Simulation Under Static Loading
本研究運用有限元素分析，探討衝擊位置與顳骨骨折模式的關聯｜分析兩種頭骨模型，透過靜態施力預測骨折起始點及裂縫路徑｜結果顯示應力分布與臨床觀察部分吻合，為外傷與內部損傷連結提供理論基礎，建議未來採用動態和更精細模型提升診斷準確度。
// This study used finite element analysis to examine how impact sites relate to temporal bone fracture patterns under static loading. Two cranial models (simplified and precise) were analyzed by applying loads at different head regions to predict fracture initiation and paths from stress distributions. Results showed stress patterns correlating impact sites with specific fracture types, partially matching clinical observations. The research offers a theoretical basis for linking external trauma to internal injuries, recommending future dynamic and detailed modeling for improved diagnosis.
Published 2026年7月1日
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