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Mechanical Solutions, Inc. (MSI) provides mechanical engineering services to a worldwide client base for machinery
and related structures, biomedical devices, electronics, and specialized government applications by delivering practical and effective
solutions rather than simply analysis and test results.
Services include new product development, design audits, specialized mechanical/ fluid dynamic testing including
MSI’s effective Time-Averaged Pulse (TAP™) testing method, linear and non-linear 3D Finite Element Analysis (FEA),
rotordynamic and bearing analysis, Computational Fluid Dynamics (CFD)
analysis, specialized software development, and troubleshooting
of difficult problems.
Applications include turbomachinery for industrial and aerospace services,
surgical instruments and implants, circuit boards and other electronic devices, active armor,
engines, and munitions.
MSI’s staff includes very experienced engineers with diverse, large company backgrounds working closely with talented younger engineers.
This mix helps maintain a competitive rate structure and ensures fresh ideas, energy, and future company health.
What's new?
MSI welcomes Dr. Edward Bennett as our Director of Fluids Engineering. He comes to us from Aerojet and brings with him
an outstanding Turbomachinery background. For a more detailed look at Ed, please refer to his resume.
Mark your calendar
07/21 - 07/23/08
44th AIAA/ASME/SAE/ASEE Joint Propulsion Conference & Exhibit
Hartford, CT
AIAA industry partner
Pratt & Whitney proudly invites you to Hartford, Connecticut, “New
England’s Rising Star,” for the 44th AIAA/ASME/SAE/ASEE Joint
Propulsion Conference & Exhibit, 21–23 July 2008. The design of our
next-generation flight and space systems will be dependent more than
ever on high-performance, increasingly efficient, reliable, and
affordable propulsion systems. Our ability to field future aircraft
and spacecraft will have far-reaching impacts to the prosperity and
safety of our global community. Come to Hartford in 2008 and be part
of our exciting future in the aerospace propulsion industry.
The objective for our 2008 JPC is to identify and highlight the
propulsion systems, components, and technologies required to enable
the next generation of aerospace vehicles. Flight applications
include next-generation commercial aircraft, regional and business
jets, military applications, supersonic/hypersonic high-speed
propulsion applications, launch systems, orbital insertion,
satellite, and interstellar propulsion. Special panel sessions, to
be announced, will focus on advanced system applications that can be
used to showcase the propulsion systems, components, and
technologies that enable them.
Dr. Edward Bennett will be attending.
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