David Kukulka
David Kukulka
Professor, State University of New York College at Buffalo
Verified email at buffalostate.edu
Title
Cited by
Cited by
Year
Condensation and evaporation heat transfer characteristics in horizontal smooth, herringbone and enhanced surface EHT tubes
S Guo, Z Wu, W Li, D Kukulka, B Sundén, X Zhou, J Wei, T Simon
International Journal of Heat and Mass Transfer 85, 281-291, 2015
742015
Thermodynamic and Transport Properties of
DJ Kukulka, B Gebhart, JC Mollendorf
Advances in Heat Transfer, 325, 1987
63*1987
Fluid temperature and velocity effect on fouling
DJ Kukulka, M Devgun
Applied Thermal Engineering 27 (16), 2732-2744, 2007
622007
Development and evaluation of enhanced heat transfer tubes
DJ Kukulka, R Smith, KG Fuller
Applied Thermal Engineering 31 (13), 2141-2145, 2011
492011
Experimental study on condensation and evaporation flow inside horizontal three dimensional enhanced tubes
W Li, JX Chen, H Zhu, DJ Kukulka, WJ Minkowycz
International Communications in Heat and Mass Transfer 80, 30-40, 2017
352017
Thermal-hydraulic performance of Vipertex 1EHT enhanced heat transfer tubes
DJ Kukulka, R Smith
Applied Thermal Engineering 61 (1), 60-66, 2013
272013
Comparison of tubeside condensation and evaporation characteristics of smooth and enhanced heat transfer 1EHT tubes
DJ Kukulka, R Smith, W Li
Applied Thermal Engineering 89, 1079-1086, 2015
262015
Factors Associated with Fouling in the Process Industry
PD Kukulka, D.J., Czechowski, H. and Kukulka
Heat Transfer Engineering 31 (9), 782-787, 2010
24*2010
Factors associated with fouling in the process industry
DJ Kukulka, RE Baier, JC Mollendorf
Heat transfer engineering 25 (5), 23-29, 2004
242004
Comparison of condensation and evaporation heat transfer on the outside of smooth and enhanced 1EHT tubes
DJ Kukulka, R Smith, W Li
Applied Thermal Engineering 105, 913-922, 2016
192016
Evaluation of heat exchanger surface coatings
DJ Kukulka, P Leising
Applied thermal engineering 30 (16), 2333-2338, 2010
182010
An evaluation of heat transfer surface materials used in fouling applications
DJ Kukulka
Heat transfer engineering 26 (5), 42-46, 2005
172005
An Evaluation of Heat Transfer Surface Materials Used in Fouling Applications
DJ Kukulka
Heat Transfer Engineering 26 (5), 42-46, 2005
172005
An Evaluation of Heat Transfer Surface Materials Used in Fouling Applications
DJ Kukulka
Heat Transfer Engineering 26 (5), 42-46, 2005
172005
Convective condensation in three enhanced tubes with different surface modifications
W Li, W Tang, J Chen, H Zhu, DJ Kukulka, Y He, Z Sun, J Du, B Zhang
Experimental Thermal and Fluid Science 97, 79-88, 2018
132018
Fouling surface finish evaluation
DJ Kukulka, M Devgun
Applied thermal engineering 27 (7), 1165-1172, 2007
132007
Evaluation of the Effect of Ambient Fluid Temperature and Velocity on the Fouling of Process Surfaces
Kukulka, D.J. and Devgun, M.S.
Applied Thermal Engineering 27 (7), 1165-1172, 2007
13*2007
Fouling surface finish evaluation
MS Kukulka, D.J. and Devgun
Applied Thermal Engineering 27 (7), 1165-1172, 2007
132007
Development and evaluation of vipertex enhanced heat transfer tubes for use in fouling conditions
DJ Kukulka, R Smith, J Zaepfel
Theoretical foundations of chemical engineering 46 (6), 627-633, 2012
122012
Heat Transfer Evaluation of an Enhanced Heat Transfer Tube Bundle
R Kukulka, D. and Smith
Energy 75, 97-103, 2014
102014
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