This review article provides a comprehensive overview of the fundamentals, modelling
approaches, experimental studies, and challenges associated with hydrogen gas flow in …

Purpose The purpose of this paper is to investigate the heat transfer of laminar and turbulent
pulsating Al203/water nanofluid flow in a two-dimensional channel. In the laminar flow …

A large eddy simulation wall model is developed based on a formal interpretation of quasi-
equilibrium that governs the momentum balance integrated in the wall-normal direction. The …

This paper describes a study of spatially accelerating turbulent flow based on the direct
numerical simulation of a flow with longitudinally accelerating moving walls to create a …

The extra momentum induced by tides and waves on floating systems perturbs their thermal-
hydraulics characteristics. Pulsatile flow through rod bundles with pitch-to-diameter= 1.326 …

The turbulence behaviour of current-dominated pulsating flows has been investigated.
Direct numerical simulations have been carried out for Stokes lengths over a range of. The …

Direct numerical simulations are performed to study temporal variations of the wall shear
stresses and flow dynamics in the turbulent pulsatile pipe flow. The mechanisms …

A pulsating turbulent pipe flow has been investigated experimentally using hot-film
anemometry and particle image velocimetry. Particularly, a 'paradoxical phenomenon'that is …

An experimental study of a pipe flow ramping monotonically between two turbulent states
has been undertaken. Ensemble-averaged mean and turbulent flow quantities obtained …

An investigation of flow acceleration from initial statistically steady turbulent flow to final
statistically steady turbulent flow is conducted experimentally using particle image …