Near-Wall Flow Statistics in High- Drag-Reduced Turbulent Boundary Layers
R Deshpande, A Zampiron, D Chandran… - Flow, Turbulence and …, 2024 - Springer
Manipulating the organized flow in the near-wall region of a turbulent boundary layer is a
direct path to achieving skin-friction drag reduction. However, near-wall flow measurements …
direct path to achieving skin-friction drag reduction. However, near-wall flow measurements …
Using single-sensor hot-wire anemometry for velocity measurements in confined swirling flows
This short communication presents a novel technique for measuring the velocity of a
confined swirling flow using a single-sensor hot-wire probe. Unlike conventional hot-wire …
confined swirling flow using a single-sensor hot-wire probe. Unlike conventional hot-wire …
Long-range distributed optical fiber hot-wire anemometer based on chirped-pulse ΦOTDR
A Garcia-Ruiz, A Dominguez-Lopez… - Optics …, 2018 - opg.optica.org
We demonstrate a technique allowing to develop a fully distributed optical fiber hot-wire
anemometer capable of reaching a wind speed uncertainty of≈±0.15 m/s (±0.54 km/h) at …
anemometer capable of reaching a wind speed uncertainty of≈±0.15 m/s (±0.54 km/h) at …
Experimental study of the flow field disturbance in the vicinity of single sensor hot-wire anemometer
J Sobczyk - EPJ Web of Conferences, 2018 - epj-conferences.org
Preliminary experimental study of the flow field disturbance in the vicinity of single sensor
normal hot-wire anemometer (SN) probe was carried out. Regular 2D particle image …
normal hot-wire anemometer (SN) probe was carried out. Regular 2D particle image …
Optimization of a solar cell based on tin sulfide with different BSF materials-numerical approach
E Oublal, AA Abdelkadir, M Sahal - AIP Conference Proceedings, 2023 - pubs.aip.org
In this paper, SCAPS-1D software was used to analyze photovoltaic solar cells with Tin
Sulphide (SnS) absorbers. The photovoltaic cell is made up of a SnS absorber layer, a CdS …
Sulphide (SnS) absorbers. The photovoltaic cell is made up of a SnS absorber layer, a CdS …
Phase-averaged flow statistics in compressors using a rotated hot-wire technique
A technique based on a rotated hot wire has been developed to characterise the unsteady,
three-dimensional flow field between compressor blade rows. Data are acquired from a …
three-dimensional flow field between compressor blade rows. Data are acquired from a …
Experimental investigation of aerodynamic effects of probe on heat transfer from hot-wire sensors at vertical and horizontal orientations
Aerodynamic effects due to hot-wire anemometer (HWA) probe directly influence heat
transfer from the probe sensor and result in reduced accuracy in two-dimensional …
transfer from the probe sensor and result in reduced accuracy in two-dimensional …
Quench System Design
OPTIMAL QUENCH UNIFORMITY is essential if the potential for cracking, distortion, residual
stress, and spotty hardness is to be minimized. This means that heat transfer (ie, film …
stress, and spotty hardness is to be minimized. This means that heat transfer (ie, film …
Quench System Design
DS MacKenzie - 2024 - dl.asminternational.org
Agitation is one of the most critical areas of quench system design. This article provides an
overview of the impact of agitation on quench uniformity, followed by a general discussion of …
overview of the impact of agitation on quench uniformity, followed by a general discussion of …
Calibration and data reduction for X-hotwires using cross validation
A strategy for calibration of X-wire probes and data inversion is described in this article. The
approach used has elements of full velocity vs yaw-angle calibration with robust curve fitting …
approach used has elements of full velocity vs yaw-angle calibration with robust curve fitting …