Ensemble averages of 10 strides for 20 subjects' hip joint A) angles, B) moments, and C) powers versus % of a stride starting at heel-strike for each walking speed on each slope. Hip angles are presented for the entire stride and hip joint moments and powers are presented for the stance phase only (0–70% of a stride). Each column represents a different slope from −9° (left-most column) to +9° (right-most column)
Description: Multiple figures - supplementary limits of agreement plots for secondary outcome measur...
This study focuses on an analysis and comparison of the hip, knee, and ankle joint angle changes and...
Purpose: The aim of this study was to investigate lower limb joint moments/ power patterns during ga...
Ensemble averages of 10 strides for 20 subjects' hip joint A) angles, B) moments, and C) powers vers...
Ensemble averages of 10 strides for 20 subjects' ankle joint A) angles, B) moments, and C) powers ve...
Ensemble averages of 10 strides for 20 subjects' knee joint A) angles, B) moments, and C) powers ver...
Average (S.D.) hip joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on s...
Average (S.D.) ankle joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on...
Average (S.D.) knee joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on ...
In order to investigate the angular displacement of the joints of the lower extremity during the wal...
Uphill walking is an inevitable part of daily living, placing more challenges on the locomotor syste...
INTRODUCTION: Lower extremity joint loads in level and downhill walking are reported in several pape...
Downhill walking presents a greater risk of falling as a result of slipping or loss of balance in co...
<p>Data-set collected from 12 participants contains: The ensemble average of following parameters of...
<p>Letters <i>a</i>–<i>f</i> on the graph correspond to the poses shown during a typical walking cyc...
Description: Multiple figures - supplementary limits of agreement plots for secondary outcome measur...
This study focuses on an analysis and comparison of the hip, knee, and ankle joint angle changes and...
Purpose: The aim of this study was to investigate lower limb joint moments/ power patterns during ga...
Ensemble averages of 10 strides for 20 subjects' hip joint A) angles, B) moments, and C) powers vers...
Ensemble averages of 10 strides for 20 subjects' ankle joint A) angles, B) moments, and C) powers ve...
Ensemble averages of 10 strides for 20 subjects' knee joint A) angles, B) moments, and C) powers ver...
Average (S.D.) hip joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on s...
Average (S.D.) ankle joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on...
Average (S.D.) knee joint biomechanics for all subjects walking 1.00 m/s, 1.25 m/s, and 1.50 m/s on ...
In order to investigate the angular displacement of the joints of the lower extremity during the wal...
Uphill walking is an inevitable part of daily living, placing more challenges on the locomotor syste...
INTRODUCTION: Lower extremity joint loads in level and downhill walking are reported in several pape...
Downhill walking presents a greater risk of falling as a result of slipping or loss of balance in co...
<p>Data-set collected from 12 participants contains: The ensemble average of following parameters of...
<p>Letters <i>a</i>–<i>f</i> on the graph correspond to the poses shown during a typical walking cyc...
Description: Multiple figures - supplementary limits of agreement plots for secondary outcome measur...
This study focuses on an analysis and comparison of the hip, knee, and ankle joint angle changes and...
Purpose: The aim of this study was to investigate lower limb joint moments/ power patterns during ga...