对两组动作中的关节功率进行了生物力学计算和比较。
The joint power during the two groups of movements is calculated and compared using biomechanical method.
结论：通过CT断层扫描、图像数字化处理及计算机辅助设计等方法，可以建立腰椎人工椎间盘置换的有限元模型，用于脊柱生物力学的进一步研究。
CONCLUSION: the finite element model of artificial disc replacement can be established by CT scanning, digital processor and computer aided design, and used for further study on spinal biomechanics.
虚拟手术是一门综合性的学科，涉及到医学，计算机图形学，生物力学，机械动力学，材料科学等诸多领域。
Virtual surgery is a comprehensive subject; it involves medical science, computer graphics, biomechanics, mechanical dynamics, material science and so on.
采用该模型，可以计算各种矫治力在颅面复合体产生的生物力学效果。
The model is used to investigate the biomechanical effects within the craniofacial skeleton by orthopedic forces.
该有限元模型的建立为人体脊柱腰骶关节的生物力学分析及器械植入研究提供了更为详细准确的计算模型。
The proposed model provided a more detailed and accurate computational model for the biomechanical analysis of lumbosacral joint and the study of instrument implant.
这项研究发表在《生物力学》杂志上，文中表明，科学家们利用3 - D计算机模型和先进的工程技术来研究鲨鱼是如何猎杀猎物的。
In research published in the Journal of Biomechanics, scientists used 3-d computers models and advanced engineering techniques to study how sharks hunt and kill their food.
在研究中，我们运用了实验与计算的方法来开展多尺度的研究，从骨骼肌生物力学到骨骼微观结构的研究均有涉及。
My research applies both experimental and computational methods to investigate the human subject over a wide range of scales from musculoskeletal biomechanics down to bone microstructures.
计算机辅助体育训练是融合了信息技术、生物力学和运动训练学的交叉学科，而体育训练数据的规格化存储问题又是它的基础。
Computer aided training is a cross-discipline of information technology, biology mechanics and the theory of sports training. So, it is based on the standard storage of sports data.
生物力学实验方法学是通过实验，研究生物软、硬组织的力学特性；生物力学中常用的参数在实验中的测试与计算。
Biomechanics experimental methodology is a subject which researches mechanical properties of soft and hard tissues in biological fields, and grasps biomechanical parameters through experiments.
构造合适的运动技术动作人体模型和选择适当的三维计算机编程技术，是实观运动生物力学运动技术动作三维计算机立体显示的关键。
How to select proper human body models and programming languages is the key for realize 3d computer displaying on sports technique in sports biomechanics.
构造合适的运动技术动作人体模型和选择适当的三维计算机编程技术，是实观运动生物力学运动技术动作三维计算机立体显示的关键。
So it directly serves practice sports works. How to select proper human body models and programming languages is the key for realize 3D computer displaying on sports technique in sports biomechanics.
构造合适的运动技术动作人体模型和选择适当的三维计算机编程技术，是实观运动生物力学运动技术动作三维计算机立体显示的关键。
So it directly serves practice sports works. How to select proper human body models and programming languages is the key for realize 3D computer displaying on sports technique in sports biomechanics.
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