<p>A: Schematic diagram of the simulation. The rod oscillates horizontally and normal to its axis. Rod width = 1.58 cm. B: The lateral displacement of the rod as a function of time. C: The resistive force in the lateral direction as a function of time. Blue, green and red lines represent the data from simulation with parameter sets (), (), and ( and ), respectively. The black line represents the prediction from the empirical force law.</p
Drag is a force that opposes motion due to an object's shape, material, and speed. This project defi...
<p>a) Schematic top view and side view of the growing mechanism. Red arrows represent forces acting ...
<p>Black, green, and blue arrows represent forces measured in uniform body simulation, forces predic...
<p>A: Head drag ( on the head) as a function of time for (green represents the empirical force rela...
<p>The empirical force relations were obtained by dragging a rod with square cross-section (width = ...
<p>The vertical and horizontal force components, in both cases, are represented. For clarity of repr...
To devise a physics-based model through the use of analytical, numerical, physical, and thought expe...
Drag is a force that opposes motion due to an object\u27s shape, material, and speed. This project d...
Drag is a force that opposes motion due to an object\u27s shape, material, and speed. This project d...
I have put the topics of motion under drag forces into the school environment. In the first part I h...
(A) Stroke-averaged values. (B) Fluke-beat-averaged values. Grey region and white region represent d...
<p>The strobing procedure is illustrated by the dots and the vertical lines: at every peak of the cu...
Flagella and cilia are examples of actively oscillating, whiplike biological filaments that are cruc...
This report is the result of graduate work done at the Shell Laboratory, KSEPL, Rijswijk, to finish ...
<p>Drag forces calculated on deformed TCs under low shear (73 µl/min; solid square ▪) and high shear...
Drag is a force that opposes motion due to an object's shape, material, and speed. This project defi...
<p>a) Schematic top view and side view of the growing mechanism. Red arrows represent forces acting ...
<p>Black, green, and blue arrows represent forces measured in uniform body simulation, forces predic...
<p>A: Head drag ( on the head) as a function of time for (green represents the empirical force rela...
<p>The empirical force relations were obtained by dragging a rod with square cross-section (width = ...
<p>The vertical and horizontal force components, in both cases, are represented. For clarity of repr...
To devise a physics-based model through the use of analytical, numerical, physical, and thought expe...
Drag is a force that opposes motion due to an object\u27s shape, material, and speed. This project d...
Drag is a force that opposes motion due to an object\u27s shape, material, and speed. This project d...
I have put the topics of motion under drag forces into the school environment. In the first part I h...
(A) Stroke-averaged values. (B) Fluke-beat-averaged values. Grey region and white region represent d...
<p>The strobing procedure is illustrated by the dots and the vertical lines: at every peak of the cu...
Flagella and cilia are examples of actively oscillating, whiplike biological filaments that are cruc...
This report is the result of graduate work done at the Shell Laboratory, KSEPL, Rijswijk, to finish ...
<p>Drag forces calculated on deformed TCs under low shear (73 µl/min; solid square ▪) and high shear...
Drag is a force that opposes motion due to an object's shape, material, and speed. This project defi...
<p>a) Schematic top view and side view of the growing mechanism. Red arrows represent forces acting ...
<p>Black, green, and blue arrows represent forces measured in uniform body simulation, forces predic...