biomedical measurement; pressure measurement; pressure sensors; prosthetics; CoP measurement; SSIP measurement; ankle; anterior perturbations; bidirectional perturbed stance; bidirectional perturbing mechanism; postural stability; prosthetic leg; resistive pressure sensors; stump-socket interface pressure measurment; transtibial amputees; Biomechanics; Biomedical engineering; Educational institutions; Force; Prosthetics; Stability analysis; Stress; Human Motor Control; Perturbation; Prosthesis; Socket-lime Inteface Pressure;
机译:在没有支撑的姿势和步态的情况下,假体对齐对胫骨截肢者树桩/窝界面压力分布的影响。
机译:树桩-插孔界面压力有助于经股截肢者假体的插孔设计-初步研究
机译:对准变化对胫骨截肢者姿态相压力和切应力的影响:来自13个传感器部位的测量
机译:树桩和快速原型假肢插座界面压力的分析与测量涂层树脂截肢树脂层
机译:在 小腿截肢 压力 减负 单层 超材料 的 设计
机译:胫骨截肢假肢窝内界面应力测量技术:过去50年的研究回顾
机译:常规髌骨轴承(PTB)插座/树桩接口动态压力分布记录在扭转截肢者的步态的假体阶段