A-C corresponds to the equivalent stress of skin, fascia, and toe cushion, respectively. D-F corresponds to the strain of skin, fascia, and toe cushion, respectively. G-I corresponds to the longitudinal displacement of skin, fascia, and toe cushion, respectively. J-L corresponds to the lateral displacement of skin, fascia, and toe cushion, respectively.</p
The optimal force distribution to minimise pain or discomfort at the foot-shoe interface is still no...
Understanding the stress-strain behavior of human foot tissues and pressure map distributions at the...
Introduction: Ostrich characteristics include fast running, of which the probable enablers have been...
African ostrich (Struthio camelus) is the largest and fastest extent bipedal animal. The ostrich mai...
African ostrich (Struthio camelus) is the largest and fastest extent bipedal animal. The ostrich mai...
The ostrich is highly specialized in terrestrial locomotion and is the only extant bird that is both...
A-C corresponds to the skin, fascia, and toe cushion of model 1, respectively. D-F corresponds to th...
<p>Angle <i>β</i> between phalanges I and II of the 3rd toe, angle <i>γ</i> between the tarsometatar...
<p>At touch-down (0 posture), mid-stance (50% posture), lift-off (100% posture), 25% and 75% of the ...
The African ostrich (Struthio camelus) perennially living in deserts is outstanding with remarkable ...
As the main actuator of high-speed running, the ostrich feet are highly capable of cushioning and sh...
As the main actuator of high-speed running, the ostrich feet possess excellent cushioning and shock ...
<p>The scale (lower right) is a histogram of the proportion of elements experiencing different magni...
A The structure of the ostrich toe pad, top view. B The structure of the ostrich toe pad, top view, ...
Inspired by the performance of the ostrich in terms of loading and high-speed moving ability, the pu...
The optimal force distribution to minimise pain or discomfort at the foot-shoe interface is still no...
Understanding the stress-strain behavior of human foot tissues and pressure map distributions at the...
Introduction: Ostrich characteristics include fast running, of which the probable enablers have been...
African ostrich (Struthio camelus) is the largest and fastest extent bipedal animal. The ostrich mai...
African ostrich (Struthio camelus) is the largest and fastest extent bipedal animal. The ostrich mai...
The ostrich is highly specialized in terrestrial locomotion and is the only extant bird that is both...
A-C corresponds to the skin, fascia, and toe cushion of model 1, respectively. D-F corresponds to th...
<p>Angle <i>β</i> between phalanges I and II of the 3rd toe, angle <i>γ</i> between the tarsometatar...
<p>At touch-down (0 posture), mid-stance (50% posture), lift-off (100% posture), 25% and 75% of the ...
The African ostrich (Struthio camelus) perennially living in deserts is outstanding with remarkable ...
As the main actuator of high-speed running, the ostrich feet are highly capable of cushioning and sh...
As the main actuator of high-speed running, the ostrich feet possess excellent cushioning and shock ...
<p>The scale (lower right) is a histogram of the proportion of elements experiencing different magni...
A The structure of the ostrich toe pad, top view. B The structure of the ostrich toe pad, top view, ...
Inspired by the performance of the ostrich in terms of loading and high-speed moving ability, the pu...
The optimal force distribution to minimise pain or discomfort at the foot-shoe interface is still no...
Understanding the stress-strain behavior of human foot tissues and pressure map distributions at the...
Introduction: Ostrich characteristics include fast running, of which the probable enablers have been...