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Filtrado por: Unit (Department) Fire Protection Engineering Palabra clave Heat Transfer Model

Impact of Immersed Conductive Objects and Relative Influence of Immersion Depth on Quasi-Steady Burning Behavior of Dodecane Fuel Slick on Turbulent Waters

Palabra clave:

Refluxer Technology, Burning Behavior, Insitu Burning, Pool Fire, Heat Transfer Model, and Turbulent Wavy Waters

Creador:

Kottalgi, Mahesh

Advisor:

Nair, Sharanya and Rangwala, Ali S.

Editor:

Worcester Polytechnic Institute

Fecha de Creacion:

2023-04-18

Resource Type:

Thesis

Degree:

MS

Unit (Department):

Fire Protection Engineering