Kemal Arsava
Kemal Arsava
Senior Research Scientist, RISE Fire Research
Verified email at - Homepage
Cited by
Cited by
Nonlinear system identification of smart structures under high impact loads
KS Arsava, Y Kim, T El-Korchi, HS Park
Smart materials and structures 22 (5), 055008, 2013
Modeling of magnetorheological dampers under various impact loads
KS Arsava, Y Kim
Shock and Vibration 2015, 2015
The effect of embedded objects on pool fire burning behavior
H Sezer, KS Arsava, SP Kozhumal, AS Rangwala
International Journal of Heat and Mass Transfer 108, 537-548, 2017
Analysis of emissions and residue from methods to improve efficiency of at-sea, in situ oil spill burns
J Aurell, A Holder, B Gullett, N Lamie, K Arsava, R Conmy, ...
Marine Pollution Bulletin 173, 113016, 2021
Enhanced oil spill clean-up using immersed thermally conductive objects
KS Arsava, V Raghavan, AS Rangwala
Fire Technology 54, 1745-1758, 2018
Methods and systems for clean-up of hazardous spills
AS Rangwala, X Shi, KS Arsava, G Mahnken
US Patent 9,772,108, 2017
Oil spill clean-up using immersed metal wool
H Sezer, KS Arsava, AS Rangwala
Journal of environmental chemical engineering 5 (5), 5196-5206, 2017
Use of immersed conductive objects to enhance the burning rate of hydrocarbon pool fires
KS Arsava, G Mahnken, AS Rangwala
Cold Regions Science and Technology 146, 133-141, 2018
Fuzzy control for impact mitigation of coastal infrastructure equipped with magnetorheological dampers
KS Arsava, Y Kim, KH Kim
Journal of Coastal Research, 1037-1041, 2016
Modeling the influence of immersed objects on pool fire burning
S Nair, G Mahnken, KS Arsava, AS Rangwala
Fire Technology 58 (4), 1937-1961, 2022
Burning Behavior Analysis in Meso and Large-Scale Oil Slick Fires With and Without Waves Using Outdoor Gas Emission Sampling (OGES) System
HH Ho, KS Arsava, AS Rangwala
Fire Technology 58 (4), 1963-1993, 2022
Burning behaviour of an oil slick with waves
NG Sauer, M Kottalgi, KS Arsava, AS Rangwala
Proceedings of the forty-third AMOP technical seminar, environment and …, 2021
Systems and methods for in-situ clean up of burnable materials
KS Arsava, AS Rangwala, G Mahnken
US Patent 10,167,602, 2019
An offshore in-situ burn enhanced by immersed objects
KS Arsava, AS Rangwala, K Hansen
Proceedings of the fortieth AMOP technical seminar, environment and climate …, 2017
Oil foaming of crude oil fires on water
H Ho, NG Sauer, M Kottalgi, KS Arsava, AS Rangwala, KN Stone
Proceedings of the Forty-forth AMOP Technical Seminar, Environment and …, 2022
Controlling mechanisms of burning rate enhancement while using Flame Refluxer technology during in situ burning of crude oil spills
N Sauer, X Pi, K Arsava, A Rangwala
International Oil Spill Conference 2021 (1), 1141466, 2021
Outdoor Gas Emission Sampling system–performance during large scale fire tests in Mobile Alabama
P Tukaew, KS Arsava, SL Fields, AS Rangwala
Proceedings of the thirty-ninth AMOP= technical seminar on environmental …, 2019
Systems and methods for in-situ clean up of burnable materials
KS Arsava, AS Rangwala, G Mahnken
US Patent 10,900,186, 2021
Application of flame RefluxerTM concept to ISB–experimental results of 5 field trials in mobile, alabama
KS Arsava, TJ Borth, SL Fields, K Hansen, S Kozhumal, G Mahnken, ...
Proceedings-42nd AMOP Technical Seminar on Environmental Contamination and …, 2019
A Novel In-situ Combustion Concept for Hazardous Waste Clean Up
S Arava, AJ Walawalkar, KS Arsava, H Sezer, AS Rangwala
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