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机译:评估虚拟功能原型工艺,用于快速制造被动动态踝足偏离矫形器
Department of Kinesiology and Applied Physiology University of Delaware;
Advanced Design and Manufacturing Division U.S. Army Edgewood Chemical Biological Center;
Advanced Design and Manufacturing Division U.S. Army Edgewood Chemical Biological Center;
Advanced Design and Manufacturing Division U.S. Army Edgewood Chemical Biological Center;
Department of Mechanical Engineering Biomechanics and Movement Science Interdisciplinary Program Department of Kinesiology and Applied Physiology Department of Biomedical Engineering University of Delaware;
Ankle; Computer-aided design; Customization; Finite element analysis; Fused deposition modeling; Orthosis; Orthotics; Rehabilitation; Bending stiffness; Virtual functional prototyping;
机译:评估虚拟功能原型工艺,用于快速制造被动动态踝足偏离矫形器
机译:具有个性化弯曲刚度的被动动态踝足矫形器可增强个人中风后的净足屈功能
机译:被动动态脚踝矫形器替代脚踝力量,同时导致自适应步态策略:一项可行性研究
机译:快速制造功能自定义的被动动力踝关节矫形器的可预测和可重复方法
机译:使用定制的被动动力踝足矫形器行走的补偿策略
机译:使用快速原型制作患者特定的踝足矫形器
机译:功能性快速制造零件的“数字灯”快速原型加工应用分析