The unravelling of multilength-scale insert-generated turbulence, particularly, the induced-
forcing plays critical role in the fundamental comprehension of energy formation and decay …

The centerline streamwise and cross-sectional (x/D h= 0.425) turbulence characteristics of a
2D planar space-filling square-fractal-grid (SFG) composed of self-similar patterns …

Qualitatively evaluating the fundamental mechanical characteristics of square-fractal-grid
(SFG)-generated turbulent flow using piezoelectric thin-film flapping velocimetry (PTFV) is …

The impacts of partially-covered fractal grids induced turbulence on the forced convective
heat transfer across plate-fin heat sink at Reynolds number Re Dh= 22.0× 103 were …

A net immersed in fractal-induced turbulence exhibit a transient time-varying deformation.
The anisotropic, inhomogeneous square fractal grid (SFG) generated flow interacts with the …

The turbulence energy dissipation rate (Cε) and turbulence Reynolds number (Reλ) in the
cross-stream directions in the wake of fractal grids are investigated using high-resolution …

The inherent randomness and non-tunability associated with turbulent flow usually make it a
poor candidate as an energy source for piezoelectric harvesters. We have shown in prior …

Non-resonant harvesters such as piezoelectric cantilever beams that extract energy from
turbulence-induced vibration are often nonviable alternatives to their resonant counterparts …

Turbulence is ubiquitous in life, presented here is a novel approach to turbulence
tomography using a net as surrogate to turbulence. As a prerequisite, a 3D time-series …