The Colebrook–white equation is widely used in many fields, like civil engineering for
calculation of water distribution systems and in all fields of engineering where fluid flow can …

This work presents a projection-based multiphysics Model Order Reduction (MOR)
framework for the analysis of nuclear systems and its application to parametric simulations of …

The present work focuses on the numerical simulation of Moderate or Intense Low oxygen
Dilution combustion condition, using the Partially-Stirred Reactor model for turbulence …

A real-time correction method is proposed to accurately and comprehensively collect mine
air volume data using wind velocity sensors; ventilation network calculation is realized …

The turbulence characteristics in flow over and within the interface of two-dimensional dunes
are investigated experimentally. Besides the spatial flow and turbulence quantities, their …

This paper provides a new unified formula for Newtonian fluids valid for all pipe flow regimes
from laminar to fully rough turbulent flow. This includes laminar flow; the unstable sharp …

We study streamwise turbulence intensity definitions using smooth-and rough-wall pipe flow
measurements made in the Princeton Superpipe. Scaling of turbulence intensity with the …

The effect of surface wave on the double-averaged (DA) current-only flow properties is
examined over two different types of rough beds comprising hemispherical elements with …

The effects of Reynolds number and submergence ratio on mean velocity, separation length,
Reynolds shear stresses (RSS), correlation coefficient, anisotropy, and turbulent kinetic …

The creation of underwater optical turbulence is driven by density variations that lead to
small changes in the water's refractive index, which induce optical path length differences …