A fully developed approach flow is necessary in open channel studies to maintain
commonality among datasets obtained from different facilities. Two-component planar …

A two-dimensional depth-averaged model is derived for open-channel flows in the smooth
turbulent case. The derivation is consistently obtained with a method of matched asymptotic …

This research proposes a generalized model, the modified second log wake law, for the time-
averaged primary flow velocity which incorporates the free surface effects (dip and inflection …

Large roughness elements (LREs) play a crucial role in river and stream restoration,
influencing flow patterns, inducing turbulence and enhancing habitat suitability. Despite their …

An abdominal aortic aneurysm (AAA) is a potentially fatal cardiovascular condition defined
by a focal dilation of the blood vessel. AAA rupture is not only caused by biological factors …

Undergraduate students in engineering technology are typically not required to take any
courses on numerical methods or computational techniques and thus have little or no …

In alluvial channel, the non-cohesive bed particles are frequently accelerated by the flows
and there has been an inconclusive debate on the deviations of logarithmic law parameters …

In this thesis, an innovative coarse grid CFD approach is developed that aims to exploit the
capabilities of sub-channel codes and CFD methods while overcoming their limitations. In …

The inertial sublayer comprises a considerable and critical portion of the turbulent
atmospheric boundary layer. The mean windward velocity profile is described …

The complex wake created by an emergent slender circular cylinder in a shallow open
channel flow is studied at a cylinder Reynolds number (Re D) of 3300 and at a subcritical …