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Start Over Degree PHD Committee Member Cengiz Camci Keyword CFD

1. A TIME ACCURATE PREDICTION OF THE VISCOUS FLOW IN A TURBINE STAGE INCLUDING A ROTOR IN MOTION

open_access
Open Access
Author:
Shavalikul, Akamol
Title:
A TIME ACCURATE PREDICTION OF THE VISCOUS FLOW IN A TURBINE STAGE INCLUDING A ROTOR IN MOTION
Graduate Program:
Aerospace Engineering
Keywords:
CFD
time accurate prediction
turbine flow simulation
tip leakage
File:
Download Akamol_thesis1.pdf
Committee Members:
Cengiz Camci, Dissertation Advisor/Co-Advisor
Cengiz Camci, Committee Chair/Co-Chair
Dennis K Mc Laughlin, Committee Member
Savash Yavuzkurt, Committee Member
Timothy Francis Miller, Committee Member
Michael H Krane, Committee Member

2. DEVELOPMENT OF AN INNOVATIVE SPACER GRID MODEL UTILIZING COMPUTATIONAL FLUID DYNAMICS WITHIN A SUBCHANNEL ANALYSIS TOOL

open_access
Open Access
Author:
Avramova, Maria Nikolova
Title:
DEVELOPMENT OF AN INNOVATIVE SPACER GRID MODEL UTILIZING COMPUTATIONAL FLUID DYNAMICS WITHIN A SUBCHANNEL ANALYSIS TOOL
Graduate Program:
Nuclear Engineering
Keywords:
Thermal-hydraulics
sub-channel analysis
CFD
F-COBRA-TF
spacer grids
File:
Download PhD_Thesis_MariaAvramova_Fall2007.pdf
Committee Members:
Kostadin Nikolov Ivanov, Committee Chair/Co-Chair
Lauewnce E Hochreiter, Committee Chair/Co-Chair
John Harlan Mahaffy, Committee Member
Markus Glueck, Committee Member
Cengiz Camci, Committee Member

3. Conceptualization, Modeling, and Characterization of a Cf Driven Multi-State Lead-lag Bypass Damper

open_access
Open Access
Author:
Marr, Conor Matthew
Title:
Conceptualization, Modeling, and Characterization of a Cf Driven Multi-State Lead-lag Bypass Damper
Graduate Program:
Aerospace Engineering
Keywords:
Damper
Fluidlastic
Hydraulic
CFD
Modeling
Multi-State
Bypass
Passive Damping
Lead-Lag Damper
Ground Resonance
File:
Download CMarrPhDThesis2012FINAL.pdf
Committee Members:
Edward Smith, Committee Chair/Co-Chair
George A Lesieutre, Dissertation Advisor/Co-Advisor
Cengiz Camci, Committee Member
Christopher Rahn, Special Member

4. The Prediction of Unsteady Aerodynamic Loading in High Aspect Ratio Wall Bounded Jets

open_access
Open Access
Author:
Lurie, Michael Brian
Title:
The Prediction of Unsteady Aerodynamic Loading in High Aspect Ratio Wall Bounded Jets
Graduate Program:
Aerospace Engineering
Keywords:
Aerospace
Vibrations
CFD
Computational
Acoustics
Experiment
Turbulence
Free Jet
Wall Jet
Nozzle
File:
Download Lurie-Dissertation_FINAL.pdf
Committee Members:
Philip John Morris, Dissertation Advisor/Co-Advisor
Dennis K Mclaughlin, Committee Member
Cengiz Camci, Committee Member
Stephen A Hambric, Special Member