The injection of pure hydrogen at a T-junction into a horizontal pipe carrying natural gas is
analysed computationally to understand the influence of blending and pipe geometry …

The present work is concerned with the numerical simulation study of turbulent thermal
mixing involving hot main and cold branch streams at high Reynolds numbers in two T …

A novel static mixer is designed specifically to blend hydrogen into natural gas pipelines,
and its effectiveness is validated by numerical simulation method. Firstly, the structural …

The thermal mixing of the flow-crossing streams in a T-shaped pipe junction configuration
with the main branch inflow forming an elbow is presently simulated by applying a RANS …

In the current context of nuclear revival under the constraint of global warming and an ever-
increasing world demand for energy, it is essential to take all precautions in the event of a …

Abstract Visualization experiments and Large Eddy Simulations (LES) of mixing in T-
junctions were carried out and analysed in terms of mixing and temperature fluctuations …

In this paper, a detailed study of mixing characteristics and temperature fluctuations in T-
junctions of 90° and 45° is carried out based on visualization experiments and Large Eddy …

This article reports the CFD benchmark to validate different turbulent modelling approaches
for transient heat transfer in the context of high-cycle thermal fatigue due to mixing of hot and …

Liquid metal fast reactors typically utilize a tightly packed triangular lattice of fuel pins
helically wrapped with a wire spacer and enclosed in a hexagonal duct. During reactor …

This paper investigates the effects of different inlet velocity profiles on thermal mixing and
conjugate heat transfer (CHT) within a T-junction. The flow domain is modelled using the …