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Christopher Crowley
Christopher Crowley
Verified email at nist.gov - Homepage
Title
Cited by
Cited by
Year
The effect of turbulence on a multi-hole Pitot calibration
C Crowley, II Shinder, MR Moldover
Flow Measurement and Instrumentation 33, 106-109, 2013
282013
Rheoscopic fluids in a post-Kalliroscope world
D Borrero-Echeverry, CJ Crowley, TP Riddick
Physics of Fluids 30 (8), 087103, 2018
262018
Turbulence tracks recurrent solutions
CJ Crowley, JL Pughe-Sanford, W Toler, MC Krygier, RO Grigoriev, ...
Proceedings of the National Academy of Sciences 119 (34), e2120665119, 2022
232022
Improvements to NIST׳ S air speed calibration service
II Shinder, CJ Crowley, BJ Filla, MR Moldover
Flow Measurement and Instrumentation, 2014
182014
A novel subcritical transition to turbulence in Taylor-Couette flow with counter-rotating cylinders
CJ Crowley, MC Krygier, D Borrero-Echeverry, RO Grigoriev, MF Schatz
Journal of Fluid Mechanics 892 (A12), 2020
162020
Uncertainty analysis of NIST’s 20 liter hydrocarbon liquid flow standard
AN Johnson, CJ Crowley, TT Yeh
Mapan 26 (3), 187-202, 2011
122011
NIST’s Fully Dynamic Gravimetric Liquid Flowmeter Standard
JG Pope1i, AN Johnson, JB Filla, JT Boyd, CJ Crowley, VE Bean
92015
A Comparison of 12 US Liquid Hydrocarbon Flow Standards and the Transition to Safer Calibration Liquids
J Wright, A Johnson, G Kline, C Crowley, J Pope, V Bean, K John, ...
Cal Lab-International Journal of Metrology 19 (2), 30, 2012
92012
Methodology for cross-talk elimination in simultaneous voltage and calcium optical mapping measurements with semasbestic wavelengths
I Uzelac, CJ Crowley, S Iravanian, TY Kim, HC Cho, FH Fenton
Frontiers in physiology, 3, 2022
72022
Design and Capabilities of NISTs Scale-Model Smokestack Simulator (SMSS)
AN Johnson, JT Boyd, E Harman, M Khalil, JE Ricker, CJ Crowley, ...
9th International Symposium on Fluid Flow Measurement, Arlington, VA, 2015
72015
Liquid Flow Meter Calibrations with the 0.1 L/s and the 2.5 L/s Piston Provers
JG Pope, JD Wright, AN Johnson, CJ Crowley
National Institute of Standards and Technology (US), Special Publication, 2013
72013
Observing a dynamical skeleton of turbulence in Taylor–Couette flow experiments
CJ Crowley, JL Pughe-Sanford, W Toler, RO Grigoriev, MF Schatz
Philosophical Transactions of the Royal Society A 381 (2243), 20220137, 2023
42023
Circle Method for Robust Estimation of Local Conduction Velocity High-Density Maps From Optical Mapping Data: Characterization of Radiofrequency Ablation Sites
JG Siles-Paredes, CJ Crowley, FH Fenton, N Bhatia, S Iravanian, ...
Frontiers in Physiology, 1358, 2022
42022
Improved Nozzle Manifold for Gas Flow Calibrations
AN Johnson, C Li, JD Wright, GM Kline, CJ Crowley
8th International Symposium on Fluid Flow Measurement, 2012
42012
Critical Flow Venturi Manifold Improves Gas Flow Calibrations
AN Johnson, C Li, JD Wright, GM Kline, CJ Crowley
2*
Isosbestic Point in Optical Mapping; Theoretical and Experimental Determination With Di-4-ANBDQPQ Transmembrane Voltage Sensitive Dye
I Uzelac, CJ Crowley, FH Fenton
2019 Computing in Cardiology (CinC), Page 1-Page 4, 2019
12019
Calibrations of Multi-Hole Pitot Tubes Depend on Tubulence
II Shinder, CJ Crowley, MR Moldover
Proceeding of the MSC: Pasadena, California, 2012
12012
Evidence for the dynamical relevance of relative periodic orbits in turbulence
CJ Crowley
Georgia Institute of Technology, 2022
2022
LIQUID FLOW METER CALIBRATIONS WITH NIST’s 15 kg/s Water FLOW STANDARD
JG Pope, A Johnson, BJ Filla, VE Bean, MR Moldover, J Boyd, ...
NIST Special Publication 250, 98, 2021
2021
Experimental evidence of exact coherent structures in small-aspect-ratio Taylor-Couette flow
CJ Crowley, MC Krygier, W Toler, RO Grigoriev, MF Schatz
APS, C11. 005, 2019
2019
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