<p>Relationship between the vertical force coefficient, <i>C</i><sub>v</sub>, and flight speed for control (open triangles) and loaded (grey circles) flights. Each point represents the mean value for a particular trial, using only wind tunnel flights.</p
<p>The relationships identified between each variable and speed is of one of three forms: <i>y</i> =...
Aerodynamic measurements for 474 extant bat species, 7 Eocene bats, and 28 mammalian gliders, indica...
Figure 1 Variable: 500_YRLturns_together_X 500/503/etc. represent a bat. X represents a different co...
<p>Relationship between wingbeat frequency (A), wingbeat amplitude (B), and stroke plane angle (C) w...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
<p>The different metrics are span efficiency <i>e<sub>i</sub></i> (A); effective lift-to-drag ratio ...
<p>Lift coefficient (A), drag coefficient (B), lift to drag ratio (C) and pitching moment coefficien...
The morphology and kinematics of a flying animal determines the resulting aerodynamic lift through t...
<p>Increase in lift to drag ratio due to the pinnae measured in the 7 models as a function of normal...
<p>The lift forces listed are the differences in lift between each bat model and the body model aver...
<p>Forces are normalized to body weight. (A, B) Positive peak <i>F</i><sub><i>x</i></sub>. (C, D) Ne...
Summary The morphology and kinematics of a flying animal determines the resulting aerodynamic lift t...
Aerodynamic measurements for 474 extant bat species, 7 Eocene bats, and 28 mammalian gliders, indica...
<p>The relationships identified between each variable and speed is of one of three forms: <i>y</i> =...
Aerodynamic measurements for 474 extant bat species, 7 Eocene bats, and 28 mammalian gliders, indica...
Figure 1 Variable: 500_YRLturns_together_X 500/503/etc. represent a bat. X represents a different co...
<p>Relationship between wingbeat frequency (A), wingbeat amplitude (B), and stroke plane angle (C) w...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
The purpose of this investigation is to determine relationships between speeds and intermembral leng...
<p>The different metrics are span efficiency <i>e<sub>i</sub></i> (A); effective lift-to-drag ratio ...
<p>Lift coefficient (A), drag coefficient (B), lift to drag ratio (C) and pitching moment coefficien...
The morphology and kinematics of a flying animal determines the resulting aerodynamic lift through t...
<p>Increase in lift to drag ratio due to the pinnae measured in the 7 models as a function of normal...
<p>The lift forces listed are the differences in lift between each bat model and the body model aver...
<p>Forces are normalized to body weight. (A, B) Positive peak <i>F</i><sub><i>x</i></sub>. (C, D) Ne...
Summary The morphology and kinematics of a flying animal determines the resulting aerodynamic lift t...
Aerodynamic measurements for 474 extant bat species, 7 Eocene bats, and 28 mammalian gliders, indica...
<p>The relationships identified between each variable and speed is of one of three forms: <i>y</i> =...
Aerodynamic measurements for 474 extant bat species, 7 Eocene bats, and 28 mammalian gliders, indica...
Figure 1 Variable: 500_YRLturns_together_X 500/503/etc. represent a bat. X represents a different co...
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