Index Catalog // Digital WPI

Start Over

Filtering by: Contributor Rangwala, Ali S. Contributor Simeoni, Albert Collections Masters Theses Resource type Thesis

1. The Effect of Burn Induced Crude Oil Distillation on Thin-Layer Boilover Behavior and Weber Number

Keyword:: Surface Tension, Density, Boilover, Viscosity, Crude Oil, and Weber Number
Creator:: Harter, Rayna
Advisor:: Nair, Sharanya and Rangwala, Ali S.
Publisher:: Worcester Polytechnic Institute
Date Created:: 2023-04-24
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Chemical Engineering

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

Keyword:: Refluxer Technology, Burning Behavior, Insitu Burning, Pool Fire, Heat Transfer Model, and Turbulent Wavy Waters
Creator:: Kottalgi, Mahesh
Advisor:: Nair, Sharanya and Rangwala, Ali S.
Publisher:: Worcester Polytechnic Institute
Date Created:: 2023-04-18
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Fire Protection Engineering

3. Air entrainment into vortex flow in an open top cavity

Keyword:: Vortex, Air entrainment, Cavity, and Heat Transfer
Creator:: Wei, Chuming
Advisor:: Rangwala, Ali S. and Urban, James
Publisher:: Worcester Polytechnic Institute
Date Created:: 2021-05-06
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Fire Protection Engineering

4. A Study of Spreading and In Situ Burning of Oil in an Ice Channel

Keyword:: oil, ice, mass loss rate, in situ, and spread rate
Creator:: Bellino, Peter William
Advisor:: Rangwala, Ali S.
Publisher:: Worcester Polytechnic Institute
Date Created:: 2012-04-25
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Fire Protection Engineering

5. LES Modeling of Flow through Vegetation with Applications to Wildland Fires

Keyword:: drag force, wildland fires, les, vegetation, wind, and cfd
Creator:: Mueller, Eric Victor
Advisor:: Simeoni, Albert
Publisher:: Worcester Polytechnic Institute
Date Created:: 2012-04-26
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Fire Protection Engineering