TESTExpress®
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Michael A. McGaw
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Experienced operating a successful technology-driven small business,
producing state-of-the-art real-time data acquisition and control systems
for the materials testing marketplace. Accomplished project and
program manager, adept at leading groups of engineers in multi-year,
multi-million dollar research and development activities. Led
projects directly supporting aircraft gas turbine engine and rocket engine
propulsion systems. International reputation in fatigue and fracture
of materials with extensive publication record. |
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1990 Case Western Reserve University
Ph.D., Aerospace Engineering
1988 Case Western Reserve University
M.S., Mechanical Engineering
1981 Michigan State University
B.S., Theoretical and Applied Mechanics |
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1995-Present
McGaw Technology, Inc.
Fairview Park, OH
President
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Directed software product development -
TESTExpress®
software family: real-time data acquisition and control for materials
testing.
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Provider of materials testing solutions. Numerous
defining applications, including advanced argon pressure control system,
development of state-of-the-art digital closed loop controls for a four
axis material and structural test system.
1981-1995
NASA Glenn Research Center
Cleveland, OH
Senior Materials Research Engineer
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Program Manager, Advanced Subsonics Technology program.
Responsible for planning, advocating and program implementation supporting
commercial aircraft gas turbine engine technology. (1994-1995)
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Chairman, Fatigue, Fracture and Life Working Group for Space
Shuttle Main Engine Durability program. Identified critical life-limiting
phenomenon in rocket propulsion systems, resulting in aggressively
increased annual program funding from $300K to $1.7M over three years.
(1990-1993)
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Contract Manager: Directed multiple contract R&D
efforts resulting in new, advanced theoretical and computational
techniques for analysis of composite structures. Directed contract R&D
efforts in characterization and modeling of advanced aircraft turbine
engine materials resulting in a revision of industry design systems for
turbine engines.
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Directed extensive research investigations identifying and
modeling various effects (prestraining, load sequencing, environment,
etc.) on the fatigue behavior of superalloys.
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Fatigue Laboratory Manager. Directed the development
of the High Temperature Fatigue and Structures Laboratory at NASA’s Glenn
Research Center, doubling the number of testing systems and conceiving,
developing and deploying comprehensive test automation. Responsible
for all phases of experimental work, including development of apparatus,
techniques, and training of all laboratory personnel. (1981-1987). |
Professional Activities, memberships
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American Society for Testing and Materials (ASTM)
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Chairman: Task Group E08.05.07 on Thermomechanical
Fatigue
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Secretary: Subcommittee E08.05 on Cyclic Deformation
and Fatigue Crack Formation
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Chairman: 4th ASTM Symposium on
Thermomechanical Fatigue (Nov. 2001)
International Standards Organization (ISO)
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U.S. Representative: ISO/TC164/SC5/WG9 on
Thermomechanical Fatigue |
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Past Member, Fairview Park Board of Education,
elected to two terms
President, Fairview Park Board of Education,
1993-1995 |
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1995 Silver Snoopy
Award, presented by Astronaut Corps
1991 NASA Glenn
representative to NASA Excellence Award (later, Baldridge Award)
1989 Manned Space
Flight Awareness, presented by Astronaut Corps |
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Approximately 50 publications, most recent examples
include:
Halford, G.R., Lerch, B.A., and McGaw, M.A.:
“Fatigue, Creep-Fatigue, and Thermomechanical Fatigue Life Testing”, ASM
Handbook, Volume 8, Mechanical Testing and Evaluation, H. Kuhn and D.
Medlin, Eds. ASM International, Materials Park, Ohio, 44073-0002,
2000, pp. 686-716. (Invited chapter)
Renauld, M.L., Scott, J.A., Favrow, L.H., McGaw,
M.A., Marotta, D., and Nissley, D.M.: “An Automated Facility
for Advanced Testing of Materials,” Applications of Automation Technology
in Fatigue and Fracture Testing and Analysis, ASTM STP 1411, A. A.
Braun, P. C. McKeighan, M. A. Nicolson, and P. R. Lohr, Eds., American
Society for Testing and Materials, West Conshohocken, PA, 2002 (In
publication)
Kalluri, S., McGaw, M.A., and Halford,
G.R.: “Fatigue Life Estimation Under Cumulative
Cyclic Loading Conditions,” Fatigue and Fracture Mechanics: 31st
Volume, ASTM STP 1389, G.R. Halford, J.P. Gallagher, Eds., American
Society for Testing and Materials, West Conshohocken, PA, 2000, pp.
94-109.
A complete bibliography can be found
here. |
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