ObjectiveTo establish a three-dimensional finite element model and make mechanical analysis of "v" -type atlantoaxial reduction and internal fixation.
目的建立新型寰枢椎复位内固定器的三维有限元模型，并对其进行生物力学分析。
Modern mechanisms has a broad application prospect, it could make great effect on controllable mechanism, robot, micro mechanism, mechanical dynamical analysis, etc.
现代机构学具有广泛的应用前景，可以对可控机构、机器人、微机械、机械动力分析等的深入研究产生影响。
Biomechanical analysis to the THA system can make for realizing its mechanical properties and giving help to the clinical selection and individual design of prosthesis.
对全髋关节置换系统进行全面的生物力学分析，有利于了解人工关节假体系统的力学特性，对假体的临床选择及个体化设计有很大帮助。
Correlative analysis of the chemic composition, rolling parameter and mechanic characters make clear that chemic composition, rolling parameter will have effect on the mechanical of steel bar.
通过对钢筋化学成分及轧制参数与钢筋强度和塑性指标的相关性分析，发现钢筋的化学成分和轧制过程的轧制参数对钢筋最终的性能也有很大影响。
Correlative analysis of the chemic composition, rolling parameter and mechanic characters make clear that chemic composition, rolling parameter will have effect on the mechanical of steel bar.
通过对钢筋化学成分及轧制参数与钢筋强度和塑性指标的相关性分析，发现钢筋的化学成分和轧制过程的轧制参数对钢筋最终的性能也有很大影响。
应用推荐