READ ME File For 'C:\Users\mv1r23\OneDrive - University of Southampton\Desktop\Dataset_for_Observations_on_the_structure_of_turbulent_boundary_layers_interacting_with_embedded_propeller_tip_vortices_' Dataset DOI: https://doi.org/10.5258/SOTON/D3265. Date that the file was created: November, 2024 ------------------- GENERAL INFORMATION ------------------- ReadMe Author: Marco Virgilio, University of Southampton Date of data collection: October 2024 Information about geographic location of data collection: University of Southampton Related projects: EP/V05614X/1 and EP/W026090/1. -------------------------- SHARING/ACCESS INFORMATION -------------------------- Recommended citation for the data: Virgilio et al., 2024 This dataset supports the publication: AUTHORS: M. Virgilio, H. Biler, P. Chaitanya, B. Ganapathisubramani TITLE:Obervations on the structure of turbulent boundary layers interacting with embedded propeller tip vortices JOURNAL: Journal of Fluid Mechanics -------------------- DATA & FILE OVERVIEW -------------------- This dataset contains: files for Figure 2: Propeller1cm_U15_meanFlow_90deg.lpk (a) (data for Tecplot) Propeller1cm_U15_omega_90deg.lpk (b) (data for Tecplot) Propeller6cm_U15_meanFlow_90deg.lpk (c) (data for Tecplot) Propeller6cm_U15_omega_90deg.lpk (d) (data for Tecplot) files for Figure 3: Propeller1cm_U15_meanFlow.lpk (a) (data for Tecplot) UplusYplus_1cm.fig (b) (data for Matlab ) Propeller6cm_U15_meanFlow.lpk (c) (data for Tecplot) UplusYplus_6cm.fig (d) (data for Matlab ) files for Figure 4: Cf.fig (a) (data for Matlab ) Pi.fig (b) (data for Matlab ) files for Figure 5: uu_1cm.fig (a) (data for Matlab ) vv_1cm.fig (b) (data for Matlab ) uu_6cm.fig (c) (data for Matlab ) vv_6cm.fig (d) (data for Matlab ) files for Figure 6: uu_1cm_reviwer1.fig (a) (data for Matlab ) vv_1cm_reviwer1.fig (b) (data for Matlab ) uu_6cm_reviwer1.fig (c) (data for Matlab ) vv_6cm_reviwer1.fig (d) (data for Matlab ) files for Figure 7: Propeller1cm_U15_Ruu1.lpk (a) (data for Tecplot) Propeller6cm_U15_Ruu1.lpk (b) (data for Tecplot) Propeller1cm_U15_Ruu2.lpk (c) (data for Tecplot) Propeller6cm_U15_Ruu2.lpk (d) (data for Tecplot) Propeller1cm_U15_Ruu3.lpk (e) (data for Tecplot) Propeller6cm_U15_Ruu3.lpk (f) (data for Tecplot) Propeller1cm_U15_Ruu4.lpk (g) (data for Tecplot) Propeller6cm_U15_Ruu4.lpk (h) (data for Tecplot) Propeller1cm_U15_Ruu5.lpk (i) (data for Tecplot) Propeller6cm_U15_Ruu5.lpk (j) (data for Tecplot) Propeller1cm_U15_Ruu6.lpk (k) (data for Tecplot) Propeller6cm_U15_Ruu6.lpk (l) (data for Tecplot) files for Figure 8: Propeller1cm_U15_Ruu1_6cm.lpk (a) (data for Tecplot) Propeller6cm_U15_Ruu1_6cm.lpk (b) (data for Tecplot) Propeller1cm_U15_Ruu2_6cm.lpk (c) (data for Tecplot) Propeller6cm_U15_Ruu2_6cm.lpk (d) (data for Tecplot) Propeller1cm_U15_Ruu3_6cm.lpk (e) (data for Tecplot) Propeller6cm_U15_Ruu3_6cm.lpk (f) (data for Tecplot) Propeller1cm_U15_Ruu4_6cm.lpk (g) (data for Tecplot) Propeller6cm_U15_Ruu4_6cm.lpk (h) (data for Tecplot) Propeller1cm_U15_Ruu5_6cm.lpk (i) (data for Tecplot) Propeller6cm_U15_Ruu5_6cm.lpk (j) (data for Tecplot) Propeller1cm_U15_Ruu6_6cm.lpk (k) (data for Tecplot) Propeller6cm_U15_Ruu6_6cm.lpk (l) (data for Tecplot) files for Figure 9: Propeller1cm_U15_Rvv1.lpk (a) (data for Tecplot) Propeller6cm_U15_Rvv1.lpk (b) (data for Tecplot) Propeller1cm_U15_Rvv2.lpk (c) (data for Tecplot) Propeller6cm_U15_Rvv2.lpk (d) (data for Tecplot) Propeller1cm_U15_Rvv3.lpk (e) (data for Tecplot) Propeller6cm_U15_Rvv3.lpk (f) (data for Tecplot) Propeller1cm_U15_Rvv4.lpk (g) (data for Tecplot) Propeller6cm_U15_Rvv4.lpk (h) (data for Tecplot) Propeller1cm_U15_Rvv5.lpk (i) (data for Tecplot) Propeller6cm_U15_Rvv5.lpk (j) (data for Tecplot) Propeller1cm_U15_Rvv6.lpk (k) (data for Tecplot) Propeller6cm_U15_Rvv6.lpk (l) (data for Tecplot) files for Figure 10: Propeller1cm_U15_Ruu1_6cm.lpk (a) (data for Tecplot) Propeller6cm_U15_Ruu1_6cm.lpk (b) (data for Tecplot) Propeller1cm_U15_Ruu2_6cm.lpk (c) (data for Tecplot) Propeller6cm_U15_Ruu2_6cm.lpk (d) (data for Tecplot) Propeller1cm_U15_Ruu3_6cm.lpk (e) (data for Tecplot) Propeller6cm_U15_Ruu3_6cm.lpk (f) (data for Tecplot) Propeller1cm_U15_Ruu4_6cm.lpk (g) (data for Tecplot) Propeller6cm_U15_Ruu4_6cm.lpk (h) (data for Tecplot) Propeller1cm_U15_Ruu5_6cm.lpk (i) (data for Tecplot) Propeller6cm_U15_Ruu5_6cm.lpk (j) (data for Tecplot) Propeller1cm_U15_Ruu6_6cm.lpk (k) (data for Tecplot) Propeller6cm_U15_Ruu6_6cm.lpk (l) (data for Tecplot) files for Figure 11: UplusYplus_1cm_50mm.fig (a) (data for Matlab ) UplusYplus_6cm_50mm.fig (b) (data for Matlab ) VplusYplus_1cm_50mm.fig (c) (data for Matlab ) VplusYplus_6cm_50mm.fig (d) (data for Matlab ) uu_1cm_50mm.fig (e) (data for Matlab ) uu_6cm_50mm.fig (f) (data for Matlab ) vv_1cm_50mm.fig (g) (data for Matlab ) vv_6cm_50mm.fig (h) (data for Matlab ) files for Figure 12: UplusYplus_1cm_300mm.fig (a) (data for Matlab ) UplusYplus_6cm_300mm.fig (b) (data for Matlab ) VplusYplus_1cm_300mm.fig (c) (data for Matlab ) VplusYplus_6cm_300mm.fig (d) (data for Matlab ) uu_1cm_300mm.fig (e) (data for Matlab ) uu_6cm_300mm.fig (f) (data for Matlab ) vv_1cm_300mm.fig (g) (data for Matlab ) vv_6cm_300mm.fig (h) (data for Matlab ) files for Figure 13: Propeller1cm_U15_Rvv_90deg.lpk (a) (data for Tecplot) Propeller6cm_U15_Rvv_90deg.lpk (b) (data for Tecplot) Propeller1cm_U15_Rvv_100deg.lpk (c) (data for Tecplot) Propeller6cm_U15_Rvv_100deg.lpk (d) (data for Tecplot) Propeller1cm_U15_Rvv_110deg.lpk (e) (data for Tecplot) Propeller6cm_U15_Rvv_110deg.lpk (f) (data for Tecplot) Propeller1cm_U15_Rvv_120deg.lpk (g) (data for Tecplot) Propeller6cm_U15_Rvv_120deg.lpk (h) (data for Tecplot) Propeller1cm_U15_Rvv_130deg.lpk (i) (data for Tecplot) Propeller6cm_U15_Rvv_130deg.lpk (j) (data for Tecplot) Propeller1cm_U15_Rvv_140deg.lpk (k) (data for Tecplot) Propeller6cm_U15_Rvv_140deg.lpk (l) (data for Tecplot) files for Figure 14: Propeller1cm_U15_Rvv_90deg_x=1delta.lpk (a) (data for Tecplot) Propeller1cm_U15_Rvv_90deg_x=2delta.lpk (b) (data for Tecplot) Propeller1cm_U15_Rvv_100deg_x=1delta.lpk (c) (data for Tecplot) Propeller1cm_U15_Rvv_100deg_x=2delta.lpk (d) (data for Tecplot) Propeller1cm_U15_Rvv_110deg_x=1delta.lpk (e) (data for Tecplot) Propeller1cm_U15_Rvv_110deg_x=2delta.lpk (f) (data for Tecplot) Propeller1cm_U15_Rvv_120deg_x=1delta.lpk (g) (data for Tecplot) Propeller1cm_U15_Rvv_120deg_x=2delta.lpk (h) (data for Tecplot) Propeller1cm_U15_Rvv_130deg_x=1delta.lpk (i) (data for Tecplot) Propeller1cm_U15_Rvv_130deg_x=2delta.lpk (j) (data for Tecplot) Propeller1cm_U15_Rvv_140deg_x=1delta.lpk (k) (data for Tecplot) Propeller1cm_U15_Rvv_140deg_x=2delta.lpk (l) (data for Tecplot) files for Figure 15: Pturb_mean2wave_1cm.fig (a) (data for Matlab ) Pturb_mean2wave_6cm.fig (b) (data for Matlab ) Pturb_wave2rand_1cm.fig (c) (data for Matlab ) Pturb_wave2rand_6cm.fig (d) (data for Matlab ) viscDiss_1cm.fig (e) (data for Matlab ) viscDiss_6cm.fig (f) (data for Matlab ) -------------------------- METHODOLOGICAL INFORMATION -------------------------- Methods for processing the data: The data is already processed into figures and contours. The researchers in use of the collected data can edit the figures with the softwares mentioned below. Software- or Instrument-specific information needed to interpret the data, including software and hardware version numbers: Matlab2024a and Tecplot360 EX 2022 R2 Environmental/experimental conditions: Particle image velocimetry, pitot tube People involved with sample collection, processing, analysis and/or submission: M. Virgilio, H. Biler