Sentence examples for shapes of fluid from inspiring English sources

A key focus here is on a novel characterization of the spray boundary condition in terms of non-spherical shapes of fluid fragments.

This paper presents a boundary integral equation method in conjunction with the method of images, in order to investigate the dynamic behaviour (wet frequencies and associated mode shapes) of fluid containing structures.

Usually by surface tension, the volume shape of fluid is deducted.

Firstly, the 2-port heat sinks with offset zigzag grooves in sidewalls are performed to study the effects of channel cross-section shapes on fluid flow and heat transfer characteristics.

A numerical method for the shape optimization of fluid flow domains is presented and analyzed.

This paper presents a heuristic optimality criterion algorithm for shape design of fluid flow.

To illustrate the procedure of this algorithm for shape design of fluid flow, two simple examples are presented: one with fluid flowing through a right angle elbow and the other through a converging T-junction.

Numerical simulations of such fluid flows need to track the location and the shape of the fluid interface as part of the solution.

In order to increase the displacement efficiency, Sudaryanto and Yortsos (2000) optimized the front shape of injected fluid by controlling injection rates.

The element cross section and the wall material are fixed, while the shape of the fluid flow opening, or the wetted perimeter is free to vary.

However, the magnitude and shape of the fluid pressure changes significantly with frequency in the finite element model [ 124].