<p>Lift coefficient (A), drag coefficient (B), lift to drag ratio (C) and pitching moment coefficient (D) produced by bat model for two body angles (0° and 5°) at all leg angles, with and without a tail membrane. Solid lines represent model with tail membrane. Dashed lines represent model without tail membrane. Black lines are for body angle of 0° and grey lines for 5°.</p
Bats fly with highly articulated and heavy wings. To understand their power requirements, we develop...
In recent years, sporting goods companies have made increasing use of structural analysis, particula...
The morphology and kinematics of a flying animal determines the resulting aerodynamic lift through t...
<p>The lift forces listed are the differences in lift between each bat model and the body model aver...
<p>A: Dried <i>P. auritus</i> bat specimen upon which the bat model was based (Scale bar = 100 mm)...
<p>The lift coefficients (C<sub>L</sub>) and drag coefficients (C<sub>D</sub>) for the bio-realistic...
<p>Increase in lift to drag ratio due to the pinnae measured in the 7 models as a function of normal...
Prior to statistical analysis the data of coefficients of lift and drag for down- and upstroke, resp...
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>Relationship between the vertical force coefficient, <i>C</i><sub>v</sub>, and flight speed for c...
(With 5 figures in the text) An as yet unconsidered potential error in studies that predict flight s...
Bats evolved the ability of powered flight more than 50 million years ago. The modern bat is an effi...
Lift, drsg, and pitching-mmnent coefficients for two wing-body com-binations were determined fran te...
Bats fly with highly articulated and heavy wings. To understand their power requirements, we develop...
In recent years, sporting goods companies have made increasing use of structural analysis, particula...
The morphology and kinematics of a flying animal determines the resulting aerodynamic lift through t...
<p>The lift forces listed are the differences in lift between each bat model and the body model aver...
<p>A: Dried <i>P. auritus</i> bat specimen upon which the bat model was based (Scale bar = 100 mm)...
<p>The lift coefficients (C<sub>L</sub>) and drag coefficients (C<sub>D</sub>) for the bio-realistic...
<p>Increase in lift to drag ratio due to the pinnae measured in the 7 models as a function of normal...
Prior to statistical analysis the data of coefficients of lift and drag for down- and upstroke, resp...
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>Relationship between the vertical force coefficient, <i>C</i><sub>v</sub>, and flight speed for c...
(With 5 figures in the text) An as yet unconsidered potential error in studies that predict flight s...
Bats evolved the ability of powered flight more than 50 million years ago. The modern bat is an effi...
Lift, drsg, and pitching-mmnent coefficients for two wing-body com-binations were determined fran te...
Bats fly with highly articulated and heavy wings. To understand their power requirements, we develop...
In recent years, sporting goods companies have made increasing use of structural analysis, particula...
The morphology and kinematics of a flying animal determines the resulting aerodynamic lift through t...