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Mechanical Solutions, Inc. (MSI) provides mechanical engineering services to a worldwide client base for machinery
and related systems, with particular focus on rotating machinery, turbomachinery, biomedical devices, electronics, and specialized government applications. MSI prides itself on 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 rotating machinery design and analysis for industrial and aerospace applications, including blowers, compressors, fans, pumps and turbines. MSI also specializes in
surgical instruments and implants, circuit boards and other electronic devices, in addition to the development of active armor, engines, and munitions for defense applications.
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 is pleased to announce a new relationship with CFTurbo - a developer of advanced software that facilitates the interactive design of turbomachinery. MSI will be responsible for the sales, service, and training for the CFTurbo software products in the United States. Please contact Ed Bennett or Eric Olson for more details.
Mark your calendar
September 8 to 11, 2008
37th Annual Turbomachinery Symposium
Houston, Texas
Ed Bennett, Eric Olson, and Maki Onari will be at the symposium (Booth 1202). They are available to discuss pump, compressor, and turbine mechanical and fluid dynamic issues, problems, and solutions.
MSI will be demonstrating the use of CFTurbo for effective rotating machinery flow path design and analysis. CFTurbo development plans will be unveiled during the Symposium.
Maki and Eric will be presenting Case Study 10 entitled Solving Structural Vibration Problems Using Operating Deflection Shape (ODS) Analysis on Thursday morning from 10:30-10:50, Room 361A.
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