The linearity of soft robotic sensors (SRS) was recently validated for movement angle
assessment using a rigid body structure that accurately depicted critical movements of the …

The purpose of this study was to use 3D motion capture and stretchable soft robotic sensors
(SRS) to collect foot-ankle movement on participants performing walking gait cycles on flat …

This study was carried out to identify the influence of a shock-absorbing insole, developed
by the author for use with high-heeled shoes, on walking. The research design included …

The roll-over shape (ROS) effectively characterizes the lower limb's ability to roll forward
during the single-limb support phase of human walking. ROS is modelled as an optimally …

The impact of the musculoskeletal system on human locomotion is acquired using force
platforms, motion analysis systems, and EMG markers. The kinetic and kinematic …

Sports biomechanics helps one to understand the sport movements and helps increase the
performance of individuals and prevent injury. Understanding the mechanics involved in …

High heeled shoes align the foot in planter flexion, modifying the relative orientation of the
skeletal structures of ankle, metatarsal, and metatarsophalangeal joints, and alter the …

Methods The authors developed a mathematical model that, when used in combination with
ground reaction force and shank angle experimental data, predicts the ROS created by the …

Objective: To review the available evidence on the effects of various available footwear on
gait 10 patterns to make specific recommendations for practice and future studies. 11 …

Gait cycle analysis is a comprehensive source of information, usable in the medical field, in
locomotion, sporting recovery procedures or to increase performance in various sporting …