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Christopher J. Pfützner
Observed names:
Christopher J. Pfutzner,
Pfützner, Christopher J.
Institution:
United States Naval Research Laboratory
Observed institutions:
United States Naval Research Laboratory,
Colorado School of Mines,
Naval Research Laboratory Chemistry Division
ORCID:
0000-0001-5598-3858
Observed ORCID:
0000-0001-5598-3858
OpenAlex ID:
A5027724861
Heat transfer in counterflow fluidized bed of oxide particles for thermal energy storage
2018
·
Daniel C. Miller
, Christopher J. Pfutzner
, et al.
·
International Journal of Heat and Mass Transfer
·
72
Regression of solid polymer fuel strands in opposed-flow combustion with gaseous oxidizer
2022
·
Clayton M. Geipel
, Brian T. Bojko
, et al.
·
Proceedings of the Combustion Institute
·
28
Active Control of Fuel Position in Opposed-Flow Strand Burner Experiments
2022
·
Clayton M. Geipel
, Christopher J. Pfützner
, et al.
·
Combustion Science and Technology
·
17
Petroleum wellhead burning: A review of the basic science for burn efficiency prediction
2021
·
Steven G. Tuttle
, Brian T. Fisher
, et al.
·
Fuel
·
8
Compositional analysis and fate of aromatic hydrocarbons in weathered crude oil in a non-aqueous environment by using a high-resolution orbitrap mass spectrometer
2024
·
Mark Romanczyk
, Christopher J. Pfutzner
, et al.
·
Fuel
·
5
Burning velocity and burn time via particle image velocimetry and modeling for aluminum dust flames
2026
·
Vidhan S. Malik
, Christopher J. Pfützner
, et al.
·
Combustion and Flame
·
2
HTPB Combustion Temperature Measurements
2023
·
Clayton M. Geipel
, Christopher J. Pfutzner
, et al.
·
AIAA SciTech Forum
·
2
Method for measuring burn efficiency of spray flames that simulate scaled-down petroleum wellhead fires
2020
·
Brian T. Fisher
, Steven G. Tuttle
, et al.
·
Fuel
·
2
Aluminum monoxide tunable diode laser absorption spectroscopy (TDLAS) method to measure temperature in an aluminum powder flame
2026
·
Katherine M. Hinnant
, Clayton M. Geipel
, et al.
·
Combustion and Flame
·
1
Optical Measurements of Pressurized HTPB Combustion
2025
·
Clayton M. Geipel
, Brian T. Bojko
, et al.
·
AIAA SciTech Forum
·
1
Computational Fluid Dynamics (CFD) Model for Predicting Wellhead Oil Burning Efficiency at Bench and Intermediate Scales: Interim Report
2020
·
Steven G. Tuttle
, David A. Kessler
, et al.
·
1
Particle Image Velocimetry Method to Determine Burning Velocity and Particle Burn Time in a Metal Dust Flame
2025
·
Vidhan Malik
, Christopher J. Pfützner
, et al.
·
AIAA SciTech Forum
Measurements of Propane Autoignition in a New Shock Tube Facility
2024
·
Christopher B. Reuter
, Joshua B. Sinrud
, et al.
·
AIAA SciTech Forum
Aluminum Ignition Imaging for Composite Solid Fuels
2023
·
Clayton M. Geipel
, Christopher J. Pfutzner
, et al.
·
AIAA SciTech Forum
Active Control of Fuel Position in Opposed-Flow Strand Burner Experiments
2022
·
Geipel, Clayton M.
, Pfützner, Christopher J.
, et al.
·
Figshare
An Overview of Wellhead Burning: Fundamental Science to Burn Performance Prediction
2021
·
Steven G. Tuttle
, Brian T. Fisher
, et al.
·
International Oil Spill Conference Proceedings
PDF
In Situ Burn Testing of Weathered and Emulsified Crude Oils
2021
·
Christopher J. Pfützner
, Steven G. Tuttle
, et al.
·
International Oil Spill Conference Proceedings
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Works count:
17
Citation count:
139
H-index:
5
I10-index:
3
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