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Filtering by: Creator Snook, James R. Remove constraint Creator: Snook, James R. Committee Member Liburdy, James Remove constraint Committee Member: Liburdy, James Subject Computational fluid dynamics Remove constraint Subject: Computational fluid dynamics

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RANS and LES predictions of turbulent scalar transport in dead zones of natural streams

Creator:

Drost, Kevin J.

Abstract:

Natural stream systems contain a variety of ﬂow geometries which contain ﬂow separation, turbulent shear layers, and recirculation zones. This work focuses on streams with dead zones. Characterized by slower ﬂow and recirculation, dead zones are naturally occurring cutouts in stream banks. These dead zones play an important role in...

Resource Type:

Masters Thesis
CFD simulation of single-phase and flow boiling in confined jet impingement with in-situ vapor extraction using two kinds of multiphase models

Creator:

He, Xiaoliang

Abstract:

With continued development of the electronic industry, the demand for highly efficient heat removal solutions requires innovative cooling technologies. A computational fluid dynamic (CFD) study, including heat transfer, is performed for an axisymmetric, confined jet impingement experiencing boiling and coupled with vapor extraction. Boiling occurs at the target surface while...

Resource Type:

Masters Thesis

Full Text:

to thank my graduate committee members: Dr. James Liburdy, Dr. Vinod Narayanan and Dr. Wade Marcum
Detection and analysis of separated flow induced vortical structures

Creator:

Snider, Stephen David Louis

Abstract:

Flow separation is an important phenomenon in fluid dynamics because of the effect it has on lift and drag on immersed bodies. Areas of swirl within a separated flow region may have a distinct effect on the surface forces, modifying the lift and drag characteristics. A correlation between the passage...

Resource Type:

Masters Thesis
Modeling and simulation of volume displacement effects in multiphase flow

Creator:

Cihonski, Andrew John

Abstract:

There are many options available when selecting a computational model for two-phase flows. It is important to understand all the features of the model selected, including when the model is appropriate and how using it may affect your results. This work examines how volume displacement effects in two-phase Eulerian-Lagrangian models...

Resource Type:

Dissertation

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Academic Affiliation

Mechanical, Industrial, and Manufacturing Engineering4

Advisor

Apte, Sourabh V.3
Haggerty, Roy1
Pence, Debroah V.1

Commencement Year

Commencement Year range begin – Commencement Year range end

Current results range from 2008 to 2013

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Committee Member

Liburdy, James[remove]4
Deborah, Pence1
Higdon, Robert1
Hill, David1
Koretsky, Milo1
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Creator

Cihonski, Andrew John1
Drost, Kevin J.1
He, Xiaoliang1
Snider, Stephen David Louis1

Date

Date range begin – Date range end

Current results range from 2008 to 2013

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Decade

2010-20193
2000-20091

Degree Field

Mechanical Engineering4
Environmental Geology1

Degree Level

Master's3
Doctoral1

Degree Name

Master of Science (M.S.)3
Doctor of Philosophy (Ph.D.)1

Language

English [eng]4

License

All rights reserved4

Non-Academic Affiliation

Oregon State University. Graduate School4

Peer Reviewed

No4

Resource Type

Masters Thesis3
Dissertation1

Rights Statement

In Copyright4

Subject

Computational fluid dynamics[remove]4
Air flow -- Mathematical models1
Bubbles1
Eddies -- Mathematical models1
Heat -- Transmission1
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