Jet oscillations and mixing in fluidic oscillators: influence of geometric configuration and scale
Fluidic oscillators (FOs) harness inherently oscillating jets for improving mixing, heat, and
mass transfer and offer an attractive device platform for a wide range of applications. Despite …
mass transfer and offer an attractive device platform for a wide range of applications. Despite …
Numerical study of the effect of geometric scaling of a fluidic oscillator on the heat transfer and frequency of im**ing swee** jet
In this research, the effects of a new approach of geometric scaling on the heat transfer rate
of a hot plate im**ed by a swee** jet were investigated numerically. In this approach …
of a hot plate im**ed by a swee** jet were investigated numerically. In this approach …
[HTML][HTML] Heat transfer enhancement on a concave surface using swee** im**ing jets: Comparison of vortex-based and conventional oscillators
While the im**ing swee** jet generated by a conventional fluidic oscillator has been
extensively investigated for its remarkable convective heat transfer performance, the cooling …
extensively investigated for its remarkable convective heat transfer performance, the cooling …
Phosphor thermometry evaluation of heat transfer enhancement on a hot plate achieved by a vortex-based fluidic oscillator
Recently, a vortex-based feedback fluidic oscillator has been proposed as an alternative to
conventional feedback fluidic oscillators. This study aimed to compare the heat transfer …
conventional feedback fluidic oscillators. This study aimed to compare the heat transfer …
Heat transfer enhancement of a channel via vortex-based fluidic oscillator: A numerical study
This paper numerically investigated the effects of incorporating three distinct vortex-based
fluidic oscillators on heat transfer and pressure drop within a two-dimensional channel with …
fluidic oscillators on heat transfer and pressure drop within a two-dimensional channel with …
[HTML][HTML] Enhancing subsonic ejector performance by incorporating a fluidic oscillator as the primary nozzle: a numerical investigation
Primary flow structures affect ejector performance by impacting momentum transfer to the
secondary flow and pressure reduction in the suction chamber. This study investigated the …
secondary flow and pressure reduction in the suction chamber. This study investigated the …
Conjugate heat transfer simulations of a radially cooled gas turbine blade leading edge using a vortex-based fluidic oscillator for swee** jet im**ement
A Farooq, S Chen, Y Zhang, P Yang - Physics of Fluids, 2024 - pubs.aip.org
The turbine blades of aero engines are subjected to extremely high temperatures,
particularly at the leading edge, where temperatures can reach approximately 1800–2000 K …
particularly at the leading edge, where temperatures can reach approximately 1800–2000 K …
Fluidic devices for continuous crystallization: modelling and experimentation
K Madane - 2024 - researchrepository.ul.ie
Crystallization is a crucial separation process used in manufacturing a wide range of
products. Traditionally, crystallization is practiced in mechanically agitated vessels operated …
products. Traditionally, crystallization is practiced in mechanically agitated vessels operated …
Optimization of Electron Beams for Ion Bombardment Secondary Emission Electron Gun
Z Wang, J Liu, A Chen, D Wang… - Plasma Science and …, 2024 - iopscience.iop.org
Electron beam fluorescence technology is an advanced non-contact measurement in
rarefied flow fields, the fluorescence signal intensity is positively correlated with the electron …
rarefied flow fields, the fluorescence signal intensity is positively correlated with the electron …