Bioinspired Hybrid of Electrolysis and Fluidic Reaction (HEFR) Soft Actuator, Mimicking Natural Muscle Filament Motion With Electricity Generation Capability [0.03%]
一种生物启发的电解和流体反应混合软致动器（HEFR），可以模拟自然肌肉丝状运动并发电
Ramin Zakeri,Marjan Zahirinejad
Ramin Zakeri
This study employs the hybrid of electrolysis and fluidic reaction (HEFR) technique to investigate an experimental soft actuator model designed as an artificial myosin. Energy is generated through chemical reactions involving acetic acid (C...
Parametric Modeling of Cochlear Electrode Arrays Using Design of Experiments and Finite Element Analysis (FEA) [0.03%]
基于实验设计和有限元分析的耳蜗电极阵列参数建模
Abdulaziz S Alaboodi,Jamal Alsamri
Abdulaziz S Alaboodi
Cochlear implant (CI) electrode arrays must navigate the delicate, spiraling microanatomy of the human cochlea. Optimizing their intrinsic mechanical properties is crucial for ensuring smooth surgical insertion and preventing extracochlear ...
Mathematical Model Construction of the Bionic Irregular Surface of Turtle Shell [0.03%]
龟壳仿生不规则曲面的数学模型构造方法研究
Sanling Fu,Zijun Chen,Tianhua Chen et al.
Sanling Fu et al.
The irregular surface morphology of the turtle shell can be applied to the design of the floating plate of a rice transplanter to mitigate the serious problems of mud and water resistance. An adult Brazilian turtle was selected as the resea...
Finite Element Analysis on the Effect of Activation Time on Cervical Spine Biomechanical Response During Pilot Ejection [0.03%]
颈椎激活时间对飞行员弹射过程中生物力学响应的有限元分析
Jiongxiang Zhao,Zanni Zhang,Zsolt Radak et al.
Jiongxiang Zhao et al.
This study uses finite element analysis (FEA) to investigate different muscle activation times on the cervical spine biomechanical responses in pilot ejection. A validated C0-T1 cervical spine model, incorporating vertebrae, intervertebral ...
Locomotion Decoding (LocoD): An Open-Source and Modular Platform for Researching Control Algorithms for Lower Limb Assistive Devices [0.03%]
用于下肢辅助设备控制算法研究的开源模块化平台 LocoD（步态解码）
Bahareh Ahkami,Kirstin Ahmed,Morten B Kristoffersen et al.
Bahareh Ahkami et al.
Background and objective: Commercially available motorized prosthetic legs use exclusively nonbiological signals to control movements, such as those provided by load cells, pressure sensors, and inertial measurement units...
Research on the Coupled Bionic Design and Validation of Flying Car Folding Wings Based on Eurasian Eagle-Owl Wing Shape [0.03%]
基于欧亚鹰 owl 翼形的飞行汽车收折翼仿生耦合设计与验证研究
Zhengjun Li,Yuchen Cao,Dehao Zhao
Zhengjun Li
Objective: This study explores the application of Eurasian eagle-owl wing characteristics to the design of folding wings for flying cars. By analyzing the aerodynamics of the eagle-owl wing, we aim to innovate folding win...
Continuous Relative Phase Angle and Variability: A Crossover Analysis of Duration and Surface Effects While Long-Distance Running Over Treadmill and Over-Ground Running [0.03%]
连续相对相位角和变化性：在跑步机上和地面长跑时持续时间和表面效应的交叉分析
Zaheen Ahmed Iqbal,Indy Man Kit Ho,Daniel Hung-Kay Chow
Zaheen Ahmed Iqbal
Running coordination, quantified using continuous relative phase (CRP) and its variability, plays a key role in adapting to dynamic environments; however, how these measures behave during long-distance running on different surfaces remains ...
Human Motion Detection in Swimming Motion Video Based on Multiscale Separation Spatio-Temporal Attention Mechanism [0.03%]
基于多尺度分离时空注意力机制的游泳动作视频人体行为检测方法研究
Jia Lu
Jia Lu
Swimming motion video human motion detection is becoming increasingly important in sports training and event analysis. Existing methods are deficient in dealing with complex underwater environments and rapid changes in swimming movements, a...
Intrasubject Gait Variability During Stair Walking in Knee Osteoarthritis: A Kinematic and Kinetic Analysis [0.03%]
膝骨关节炎患者上下楼梯时步态变异性分析：运动学和动力学研究
Ye Ma,Shixin Lin,Yaqi Mao et al.
Ye Ma et al.
Background: Gait variability in kinematic and kinetic parameters during stair walking is a key indicator of motor function and fall risk in individuals with knee osteoarthritis (KOA). However, normative reference data and...
Tai Chi Postures and Joint Health: A Comparative Study of Professional and Amateur Practitioners [0.03%]
太极拳姿势与关节健康：专业与业余练拳者之间的比较研究
Cenyi Wang,Xiaohan Wang,Yiwen Liu et al.
Cenyi Wang et al.
This study aimed to compare the knee and ankle joint load characteristics of high and low Tai Chi postures, focusing on three typical Tai Chi movements: Wild Horse Mane (WHM), Repulse Monkey (RM), and Wave Hand in Cloud (WHC). It further ex...