Sentence examples for cylinder moves from inspiring English sources
When the solid cylinder moves inside the hollow cylinder shearing takes place and hydrodynamic pressure develops.
By rubbing against the cylinder with a precisely regulated degree of pressure, it causes the excess ink to drop off before the cylinder moves over the paper.
The initial and boundary conditions, when the inner cylinder is fixed and the outer cylinder moves gradually become begin{aligned}& w (r, 0 =0 ;quad r in [R_{1}, R_{2}], end{aligned} (9) begin{aligned}& w (R_{1}, t)=0,quadquad w(R_{2}, t)=Z sin zt).
As the cylinder moved down the tank, it created large eddies, similar to the patterns generated by a passing fish.
With a descending piston in one cylinder moving faster than an ascending one in another cylinder, the result is a net force in the vertical direction.
A flat-nosed cylinder moving at a sufficiently high impact velocity in the classical Taylor test will always fracture.
The proposed method is tested in two flows past an impulsively started cylinder moving in a channel in two dimensions: (a) the flow past an impulsively started cylinder moving in a transient Couette flow; and (b) the flow past an impulsively started cylinder moving in a channel flow at rest.
Contrary to the general design of cylinder presses, the vertical cylinder press is composed of a vertical bed, and both bed and cylinder move vertically with a reciprocating motion, each in an opposite direction.
We test our method by simulating the motion of a cylinder moving in a viscous fluid both under forced oscillation, and when tethered to a spring.
Fluid flow is produced by the inner cylinder moving along its axis and by the pressure gradient imposed in the axial direction.
The effectiveness of proposed Sharp-ISFEM is validated by several benchmarking problems, including: fixed rigid body, flow over square cylinder; moving rigid body, flow induced by 2D hovering wing; large deformed solid, a beam with large deformation induced by flow; 3D deformable solid-fluid interaction, and lid-driven cavity flow with a rubber wall.
