Fire Protection Engineering PhD Dissertation Presentation: Melting of Ice and Formation of Lateral Cavity during In Situ Burning in Ice-Infested Waters

Wednesday, December 06, 2017
10:00 am to 1:00 pm
Floor/Room #: 
FPE Classroom

NOTICE
FIRE PROTECTION ENGINEERING
PhD Dissertation Presentation 
 
The Department of Fire Protection Engineering cordially invites you to join us for a PhD Dissertation Presentation.
 
December 6th 2017 
10 am – 1 pm
FPE Classroom, Gateway II, 50 Prescott Street
 
Ph.D. Dissertation Presentation 
By 
Hamed Farmahini Farahani
 
ENTITLED
Melting of Ice and Formation of Lateral Cavity during In Situ Burning in Ice-Infested Waters

 
ABSTRACT

The ice melting and lateral cavity formation caused by in situ burning (ISB) of liquid fuels in ice-infested waters was studied in order to improve predictions on the removal efficiency of this oil spill mitigation method. For this purpose, several experimental studies were conducted to improve our understanding of the heat transfer mechanisms that cause the ice melting and lateral cavity formation. In the experimental part of the study, a variety of measurement techniques were used to study and investigate the physics of the problem. In particular, it was shown the flame heat feedback and Marangoni driven convection play a key role in melting of the ice. The findings of the experimental studies provided the required knowledge to mathematically formulate the ice melting problem. Mathematical scaling analysis of ice melting during burning of oils in the vicinity of ice was performed to create a tool to estimate the extent of melting that occurs during ISB in ice-infested waters. The lack of practical and theoretical knowledge on the ice melting during in situ burning could lead to weak estimations and unsuccessful burn operations. Since melting of ice during burning of pool fires in ice confinements has significant influence on oil spill cleanup in ice-infested waters, the results of this study are very important for successful implementation of in situ burning in Arctic regions.
Committee: Professor Ali S. Rangwala (WPI), Professor Grunde Jomaas (University of Edinburgh and Denmark Technical University), Professor Vasudevan Raghavan (Indian Institute of Technology, Madras), Professor Morris R. Flynn (University of Alberta), Professor Tahar El-Korchi (WPI).


BIOGRAPHY
Hamed joined WPI for the Master’s program of Fire Protection Engineering in 2012. Upon completion of his Master’s in 2014, he started his PhD through a grant from Danish Council for Research. He has conducted parts of his PhD work in Technical University of Denmark and University of Maryland. Hamed has been a player in WPI men’s volleyball club since 2013. 

 

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