James
Work Bailar
Bailar
Marine Consulting, LLC
907-355-4219 P.O
Box 4741
Jim.Bailar@bailarmarine.com Palmer,
AK 99645
http://www.bailarmarine.com USA
ACCOMPLISHMENTS:
Propeller/Turbine
Design:
Full
Scale Construction (Lead Designer):
·
Volt
Boats K1 electric kayak
·
LHA6
·
CVN77
Bush Class (with Stuart Jessup and
Thad Michael, NSWCCD)
·
LHD8
Makin
·
Racing
Hydroplane (proprietary)
·
LPD17
San Antonio Class
·
DDG51/ATD
Burke Class (with Stuart Jessup,
NSWCCD)
R
& D (model tested):
·
Hub
Fins to delay hub vortex cavitation inception
·
JHSS
Advanced Section Propeller (no Thrust Breakdown at 40 kts.)
·
Dual
Cavitating Hydrofoils (with
·
Contrarotating
Propellers
-
Sea
Shadow (Stealth Ship) Contrarotating Propeller
-
ASMS
Contrarotating Propellers
§
High
Efficiency and High Inception Speed Designs
-
Mid-Term
Sealift Contrarotating Propellers
·
Podded
Propellers
-
Mid-Term
Sealift Podded Propeller (with Han-Ching Wang,
NSWCCD)
-
Tractor
Pod Propeller
·
Pre
Swirl Propulsor
·
Mid-Term
Sealift Large Diameter Prop (with Han-Ching Wang,
NSWCCD)
·
TAG(X)
Propeller (with Ki-Han Kim, NSWCCD)
·
Several
Advanced Blade Section Propellers (with Stuart Jessup, NSWCCD)
Other
Design Support:
·
Novel
Wind Turbine System (proprietary)
·
Novel
Wind Turbine Tower (proprietary)
·
Wind
Turbine Parametric studies (proprietary)
·
AGOR
Propeller Parametric study
·
Water
Turbine Parametric studies (proprietary)
·
DD
21 Pod Propulsor
·
CVN68
back fit propeller
·
Foreign
Destroyer propellers
·
Advanced
Blade Sections for various other propellers
·
Propeller
analysis and troubleshooting
·
Propeller
Parametric studies
Design
Procedures and Software:
·
Developed
multiple linear regression tools for analysis of large groups of test and
calculated data (MultiLinRegression – FORTRAN and
Excel)
·
Developed
unsteady field point velocity module for lifting surface code
·
Developed
“bent” inclined wake model for unsteady lifting surface code
·
Developed
unsteady field point velocity program for panel code (PROPCAV/UFPV)
·
Developed
inclined wake model for unsteady panel code (PROPCAV-IS)
·
Developed
propeller gage program (PropGages)
·
Led
development of Propeller Design and Analysis Tool (PDAT) (NSWCCD Module), a
web-based tool that provides graphical interface and XML database support for
design and analysis programs.
·
Developed
Advanced Blade Section design tool for marine propellers
·
Automated
2D Advanced Blade Section design tool & integrate in propeller design process
·
Developed
procedures to incorporate off-design calculations into design process
·
Developed
design procedure for Dual Cavitating Hydrofoils
·
Developed
geometry optimization tool for CPP propellers
·
Developed
preliminary design optimization tool with design and analysis modules
SUMMARY OF SKILLS:
Extensive experience designing
propulsors to meet widely varied requirements; write, modify, and maintain
engineering design and analysis programs; write and maintain graphical user
interfaces for engineering programs; numerical optimization; engineering design
and analysis, hydromechanics; daily decisions based on incomplete information; UNIX,
Windows, UNIX scripting, Java, FORTRAN, C, ANSYS CFX, MS Office; Department of
Defense Secret Clearance.
EMPLOYMENT:
Ocean State
Wind Power Inc. West Warwick, Rhode
Island
Chief
Aeronautical Engineer, 2008-
Bailar
Marine Consulting. Palmer, AK
Owner, 2005-
Computer
Sciences Corporation. Palmer, AK
Senior
Principal Engineer, 2004-2005
Naval
Surface Warfare Center.
Engineer,
1984-2004
EDUCATION:
M.S.,
Computer Science, with honors, 1999
Webb
Institute of Naval Architecture, full-tuition scholarship, Glen Cove, NY
B.S., Naval
Architecture and Marine Engineering, 1984
AWARDS:
Special Act
or Service Award (1998)
Letter of
Appreciation from NAVSEA (1993)
Certificate
of Commendation from Chief of Naval Research (1989)
Commander’s
Award for Special Achievement (1989)
PROFESSIONAL AFFILIATIONS:
Society of
Naval Architects and Marine Engineers (SNAME)
American
REPORTS:
Bailar,
J.W. “Hub Fins for a XXXXX
Propeller,” Aug 2011.
Bailar,
J.W. “Multiple Linear Regression of Scientific Data: FORTRAN and EXCEL Programs,”
Nov 2010.
Bailar,
J.W. “Ultra High Speed Boat: Propeller Analysis and Recommendations”, Sep 2010.
Bailar,
J.W. and C.M. Dai, “An Improved Propeller Wake Model for Inclined/Yawed Flows
and Application to Unsteady Lifting Surface Analysis,” Jan 2010.
Bailar, J.W., “A Propeller Design for
an Electric-Powered Kayak,” Bailar Marine Consulting, Apr 2009.
Bailar, J.W., “Ocean Class AGOR
Notional Design Trade Study – Propeller Parametric Study,” Bailar Marine
Consulting, Jun 2008.
Bailar,
J.W., “PROPCAV-IS User’s Guide,” Bailar Marine Consulting, Mar 2008.
Bailar,
J.W., “PropGages Version 1.0 User’s Manual,” Bailar Marine Consulting, Nov
2007.
Bailar,
J.W., “PROPCAV/UFPV User’s Guide,” Bailar Marine Consulting, Sep 2007.
Black, S.D.
and J.W. Bailar, “Two Notional Propellers for a Joint High Speed Ship,”
NSWCCD-50-TR—2007/027, Feb 2007.
Marlowe,
R.B, S.S. Chiu, J.W. Bailar, and C.M. Dai, “LHA(R) Blade Strength and Fatigue
Life Assessments,” NSWCCD-65-TR—2005/26, Mar 2006.
Bailar,
J.W. and C.M. Dai, “LHA(R) Controllable Pitch Propeller Hydrodynamic Analysis,”
NSWCCD-50-TR—2005/078, Nov 2005.
Lyons,
D.J., J. Bailar, H.-L.
Liu, “Resistance Experiments, Flow Visualization Experiments, Wake Surveys, and
Propeller Cavitation Analysis Conducted with Model 5608, Representing the
Oceanographic Research Ship T-AGS 65 with an Alternative Bottom Scanning
Sonar,” NSWCCD-50-TR—2005/031, Jun 2005.
Bailar,
J.W., C.L. Tseng, and B. Y.-H.
Chen, “Propulsor Design and Analysis Tool (PDAT) / NSWCCD Modules,” NSWCCD-50-TR—2005/038,
May 2005.
Bailar,
J.W., “Effects of Spindle Torque on DDG 51 Class Fleet and ATD Propeller Hubs,”
NSWCCD-50-TR—2004/040, Aug 2004.
Bailar, J.W.,
“XXXXX Propeller
Design,” April 2005.
Bailar,
J.W. and S.D. Jessup, “An Advanced Propulsor Design for CVX (U),”
NSWCCD-50-TR-2003/040, Dec 2003.
(CONFIDENTIAL)
Bailar,
J.W., “LHD-8 Controllable Pitch Propeller Design,” NSWCCD-50-TR—2002/056, Oct
2002.
Bailar,
J.W. and H.J. Hemingway, “DD-21 Blue Team Podded Notional Propulsor Design
(U),” NSWCCD-50-TR—2001/091, Dec 2001.
(CONFIDENTIAL)
Bailar,
J.W., “A Contrarotating Stock Propeller Design for an A-Frame SWATH Ship,”
NSWCCD-50-TR—2001/021, Mar 2001.
Bailar,
J.W., S.D. Jessup, and T.J. Michael, “New Propeller Designs for CVN-77 Aircraft
Carrier (U),” NSWCCD-50-TR—2000/043, Sep 2000.
(CONFIDENTIAL)
Bailar,
J.W., “A Propulsor Parametric Study for CVX (U),” NSWCCD-50-TR—2000/018, Sep
2000. (CONFIDENTIAL)
Bailar,
J.W., “
Bailar,
J.W., “An Advanced Blade Section Propeller Design for CVN-68 (U),”
CRDKNSWC/HD-1404-03, Nov 1996.
(CONFIDENTIAL)
Bailar,
J.W. and S.D. Jessup, “Advanced Blade Section Propeller Design for the Advanced
Technology Demonstration (ATD) for the DDG-51 (U),” CRDKNSWC/HD-0200-47, June
1994. (CONFIDENTIAL)
Bailar, J.W. and K.-H. Kim, “Two Contrarotating Propeller
Designs for a Naval Surface Combatant (U),” CARDEROCKDIV/SHD-1377-04, December
1992. (CONFIDENTIAL)
Bailar,
J.W. and S.D. Jessup, “A Parametric Series of New Blade Section Propellers for
DDG-51 (U),” DTRC/SHD-0200-37, June 1990.
(CONFIDENTIAL)
Bailar,
J.W. and A.M. Reed, “High Cavitation Inception Speed Propulsor Configurations
for Surface Ships, A Parametric Study (U),” DTRC/SHD-1234-01, April 1990. (CONFIDENTIAL)
Kim, K.-H., Y.-H. Kim, J.F. Fraas, J.W. Bailar,
“Prediction of Effective Power and Propeller Design for SWATH Ocean 2000
Class,” DTRC/SHD-1301-01, September 1989.
Kim, K.-H. and J.W.
Bailar, “Preliminary Propeller Design and Performance Prediction for
Oceanographic Research Ship, TAG(X),” DTRC/SHD-1295-02, April 1989.
PUBLICATIONS:
Bailar,
J.W., K.-H. Kim,
K.D. Remmers, and T.B. Smith, "Cavitation Performance of Two
Contrarotating Propeller Designs for a High Speed Ship", presented at
Cavitation '94,
Bailar, J.W., S.D. Jessup, and Y.T.
Shen, "Improvement of Surface Ship Propeller Cavitation Performance Using
Advanced Blade Sections", presented at 23rd ATTC,