biomechanical model 中文意思是什麼
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While the quality of ct images is too poor to reconstruct the geometry model of muscle, this paper presents a novel muscle model, both the biomechanical chrematistics of tendon and micro structure of muscle fibers are considered
針對ct圖像無法精確重建肌肉的幾何模型的問題，在充分考慮肌腱的生物力學特性，又體現肌纖維的微觀解剖結構的基礎上，提出一種新型的肌肉建模方法。 -
The results indicated that the risk of lower extremity injury could be reduced by lowering bumper height. this model enabled to study the biomechanical responses and injury mechanism of the lower extremities
本文的研究結果表明，在相同速度的條件下，適當降低汽車前部保險杠的高度可以降低行人下肢的損傷風險。 -
In this paper, finite element method ( fem ) was used to study the biomechanical responses and injury mechanism of pedestrian lower extremities in traffic accidents. the fem model was used also to predict the risk of bone fracture of the lower extremities. the results from this study can forms a background knowledge to improve the safety performance of passenger car bumper system for protection of pedestrian lower extremities in traffic collisions
為了減少行人在碰撞事故中下肢的損傷風險，本文採用有限元分析的方法，研究了行人下肢的碰撞生物力學響應和損傷機理，並模擬分析預測了下肢的骨折風險，研究結果可為改進車輛保險杠系統的安全性能提供依據。 -
Depending on their anatomical structure and biomechanical characteristics, key bones and muscles in detraction operation is figured out, which not only provides a clear targets for the next 3d reconstruction and finite element analysis, but also simplifies the model
由解剖結構以及生物力學特性，確定在對抗牽引中起關鍵作用的骨骼和肌肉。為形態學三維重建以及有限元分析明確研究對象，簡化分析模型。 -
The results from simulations were compared with the results from the biomechanical tests. by using this model, lower extremity impact in different loads was simulated. the influence of impact location to lower extremity injuries was analyzed and discussed
通過運用本模型，模擬了不同的高度的沖擊載荷時下肢的生物力學響應和骨折情況，並通過比較不同載荷條件下下肢的力學響應，分析了碰撞位置等參數與下肢損傷之間的聯系。 -
As a part of the project of national “ 863 ” project “ the key technology of medical tele - robot and system development ” and national natural science foundation of china “ modeling and control scheme research of robot assisted orthopedic system ”, this paper intends to analyze the biomechanical characteristics of human leg in orthopedic surgery through developing a numeric human leg model, which provides a key means for surgical training and surgical rehearse. and this model can be used to improve operator ’ s learning curve and success ratio of the surgery
課題結合國家863計劃項目「遠程醫療機器人關鍵技術與系統研發」和國家自然科學基金項目「機器人輔助骨外科系統建模與控制方法研究」 ，通過建立人體腿部的數字化模型來分析研究矯形外科手術中人體腿部的生物力學特性，從而為外科手術培訓和手術預演的研究提供重要手段，以改進操作者的學習曲線，提高手術的成功率。
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