Kinetic Comparison of the Gait Pattern by Body Weights and Shoe`s Heel Heights in the 20`s Age Women

Cheong, Ryew Che; Hyun, Hyun Seung

doi:10.51979/kssls.2013.02.51.563

KSSLS

2013

DOI: 10.51979/kssls.2013.02.51.563

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Kinetic Comparison of the Gait Pattern by Body Weights and Shoe`s Heel Heights in the 20`s Age Women

Ryew Che Cheong¹,

Hyun Seung Hyun²

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Cited by 3 publications

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Effects of Different Shoe Heel Heights on the Kinematic Variables of the Lower Extremities during Walking on Slopes by healthy adult women

Yang

2019

KSPM

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PURPOSE: This study examined the changes in the kinematic variables during walking on a downhill ramp according to the shoe heel height. METHODS: The subjects were 10 adult women with no history of musculoskeletal disorders who agreed to participate in the study. Data were collected using a motion analysis system (VICON) consisting of six infrared cameras. The slope was 120 ㎝ in width, 200 ㎝ in length, and 15 in inclination. To confirm the change in gait parameters (stride length, gait speed) and lower extremity joint angle according to the heel heights of the shoes, flat, 5 ㎝, and 10 ㎝ heel shoes were prepared and walked alternately. RESULTS: As a result, both the stride length and walking speed showed significant differences according to the heel height between flat and 10 ㎝ (p<.05). In the sagittal plane, there was no significant difference in the hip joint and knee joint, but a significant difference was observed in all events in the ankle joint on all heel heights (p<.05). In particular, the

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Effects of Different Shoe Heel Heights on the Kinematic Variables of the Lower Extremities during Walking on Slopes by healthy adult women

Yang

2019

KSPM

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Analysis of the Gait Characteristics and Interaction among Bilateral Lower Extremity Joints According to Shoe'S Heel Heights in Young Women

Hyun¹,

Ryew²

2014

Korean Journal of Sport Biomechanics

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The purpose of this study was to analyze the gait characteristics and interaction between lower extremity joints according to shoe's heel heights in young women. Participants were selected as subject consisted of young and healthy women (age: 23.71±1.49 yrs, height: 165.92±2.00 cm, body weight: 54.37±3.46 kg) and walked with 3 types of shoe's high-heel (0, 5, 9 cm). The variables analyzed consisted of the displacement of Y axis in center of mass ([COM]; (position, velocity), front•rear(FR) and left•right(LR) angle of trunk, lower extremity joint angle (hip, knee, ankle) and asymmetric index (AI%). The displacement of Y axis in COM position showed the greater movement according to increase of shoe's heel heights, but velocity of COM showed the decrease according to increase of shoe's heel heights during gait. The hip and knee angle didn't show significant difference statistically according to increase of shoe's heel height, but left hip and knee showed more extended posture than those of right hip and knee angle. Also ankle angle didn't show significant difference statistically, but 9 cm heel showed more plantarflexion than those of 5 cm and 0 cm. The asymmetric index (AI%) showed more asymmetric 9 cm heel than those of 0 cm and 5 cm. The FR and LR angle in trunk tilting didn't show significant difference statistically according to the increase of shoe's heel height during gait in young women.

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Biomechanical Analysis of Muscle Fatigue and Ground Reaction Force for the Development of Outdoor Walking Shoes

Jang¹,

Lee²,

Yang³

et al. 2016

Korean Journal of Sport Biomechanics

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Kinetic Comparison of the Gait Pattern by Body Weights and Shoe`s Heel Heights in the 20`s Age Women

Cited by 3 publications

References 0 publications

Effects of Different Shoe Heel Heights on the Kinematic Variables of the Lower Extremities during Walking on Slopes by healthy adult women

Effects of Different Shoe Heel Heights on the Kinematic Variables of the Lower Extremities during Walking on Slopes by healthy adult women

Analysis of the Gait Characteristics and Interaction among Bilateral Lower Extremity Joints According to Shoe'S Heel Heights in Young Women

Biomechanical Analysis of Muscle Fatigue and Ground Reaction Force for the Development of Outdoor Walking Shoes

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