For horseshoe cross section channels, the governing equations are highly nonlinear in the critical flow depth and thus solution of the implicit equations involves time consuming numerical methods.
Two types of cross-section channel geometries were used.
Flame acceleration was investigated in an obstructed, square-cross-section channel.
An experimental investigation of flame acceleration in a narrow rectangular cross-section channel with various lower boundary conditions is presented.
Two lateral orifices with diameters of 2 6 mm were located in a side surface of a rectangular cross-section channel.
The effect of blockage ratio on the early phase of the flame acceleration process was investigated in an obstructed square cross-section channel.
Laminar flow of a Newtonian fluid in a square cross-section channel is investigated using a three-dimensional computational fluid dynamic approach.
A set of experiments for the determination of flow characteristics at sediment incipient deposition has been carried out in a trapezoidal cross-section channel.
A computational fluid dynamic analysis was carried out for a microreactor in the form of a square cross-section channel of eight different configurations.
Using experimental data, a regression model is developed for computing velocity of flow in a trapezoidal cross-section channel at the incipient deposition condition and is presented together with already available regression models of rectangular, circular, and U-shape channels.
