Turbulent heat transfer over rough surfaces is crucial in natural and industrial processes, yet
it has received less attention than that of momentum transfer. Recently, research in this field …

Additive manufacturing (AM) offers many potential advantages to constructing gas turbine
components such as allowing for more complex geometry in carefully optimized designs. AM …

To study the impact of additively manufactured (AM) roughness on fluid flow and heat
transfer, we performed a series of high-fidelity large-eddy simulations on turbulent heat …

In the past decades, numerous efforts have been dedicated to establishing a direct
correlation between a geometric parameter that represents wall roughness and the …

The objective of the study is to use a 3D Acoustic Doppler Velocimeter (ADV) to gauge the
typical flow and turbulence characteristics within a non-uniform open channel. The findings …

A three-dimensional spectral boundary element method has been employed to compute for
the dynamics of the droplet motion driven by shear flow near a single solid substrate with a …

This study employed computational fluid dynamics-discrete phase model (CFD-DPM) to
investigate the transport characteristics of transient high-temperature dust in a vertical tee …

Additive manufacturing creates surfaces with random roughness, impacting heat transfer
and pressure loss differently than traditional sand-grain roughness. We conducted high …

Reducing emissions in energy production requires adapting gas turbines to renewable
fuels, such as hydrogen-based options. However, traditional manufacturing methods limit …

This study aims to characterize the hydraulic and thermal performance of internal flow
surfaces with roughness derived from additive manufacturing, using different Prandtl …