subject: Health and Kinesiology
10.4231/65GZ-K658
Ashwini Kulkarni , Chuyi Cui , Satyajit Ambike , Shirley Rietdyk
09/16/2022
Spatial-temporal variables, foot placements, and synergy indices that quantify the coordination between the ground reaction variables under both feet while stepping down from a curb. Code for generating figures from the data.
adaptive gait biomechanics gait analysis ground reaction forces Health and Kinesiology locomotor synergy
10.4231/J887-SN98
Ashwini Kulkarni , Chuyi Cui , Satyajit S Ambike , Shirley Rietdyk
09/29/2022
Margin of stability (MOS) and MOS synergy indices that quantify coordination between the step length and the body's motion as healthy young adults approach and cross an obstacle. Code to generate figures from data.
adaptive gait gait analysis Health and Kinesiology locomotor synergy margin of stability obstacle crossing proactive adaptation uncontrolled manifold
10.4231/F62Q-W758
Amanda Arnold , Anvesh Naik , Ashwini Kulkarni , Chuyi Cui , Hye Cho , Shirley Rietdyk , Tim Becker , Zihan Yang
01/26/2023
2,400 young adult pedestrians were videotaped while descending staircases and the characteristics and behaviors were coded by humans offline. The file contains the coded characteristics and behaviors of each pedestrian.
adaptive gait biomechanics Ergonomics Falls Gender differences Health and Kinesiology Injury Kinesiology Safety Sex differences Stair Young adults
10.4231/9EYZ-EA71
Edward Nancy , Emily Wu , Majorie Funk , Mark Daniel Ward , Qinglan Ding , Susan Kersey
12/21/2022
This dataset was gathered through a cross-sectional observational study investigating the prevalence and risk factors of mental and general health symptoms among university students attending in-person classes during COVID-19.
COVID-19 Health and Kinesiology health status Mental Health public health student health
10.4231/8WG8-SY18
Dimitri Pecoski , Eric Nauman , Francis Shen , Josh Auger , Justin Merkel , Larry Leverenz , Nicolas Leiva-Molano , Thomas Talavage
10/01/2020
Data corresponds to force measures of simulated soccer kicks and with respective diameter, ball size, pressure and velocity. Data was used, to perform dimensional analysis to relate peak impact force to the aforementioned variables of interest.
Health and Kinesiology Mild Traumatic Brain Injury Peak Impact Force Soccer Soccer Ball Soccer Biomechanics Soccer Headers
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