Agilis Measurement Systems, Inc., has developed technology to efficiently filter the massive amounts of blade deflection data generated by the Company’s c360 Off Line software. DataLens brings blade dynamics into focus and drives deeper understanding of blade vibration characteristics and trends, enabling users to more accurately identify the root cause of failures and enhance design methodology.
According to Ron Washburn, the Chief Scientist for Agilis Measurement Systems, “the volume of data that c360 Off Line generates can be overwhelming to the novice user. DataLens was created to help users view the most vital engine vibration information in a more user-friendly way to produce actionable blade intelligence.”
DataLens enables users to move beyond basic displays and reports by overlaying blade patterns and related instrumentation on customizable, intuitive screens. “By extracting post-test blade information from the c360 Off Line database, this filtering tool helps engineers gain deeper knowledge about the impact of vibrations on turbine performance,” Washburn said.
The technology places the most critical information into the hands of more engineering audiences across engine development organizations. This enhances decision-making by allowing any user to better leverage the big data generated by Off Line software.
To schedule a demo of Agilis DataLens Technology, contact Frank O'Neill.
Agilis President and Chief Executive Officer, Frank O’Neill, has joined the Executive Advisory Board for the Florida Atlantic University (FAU) College of Engineering and Computer Science.
O’Neill works alongside Dean Mohammad Ilyas, Ph.D. and other prominent community leaders to support the educational and professional growth of FAU’s engineering and computer science students.
“I’m honored to have the opportunity to serve with the talented members of the Board and I’m inspired by FAU’s commitment to industry partnership,” noted O’Neill.
O’Neill founded Agilis 23 years ago. His formative experience came from the design, analysis, and testing of development military flight engines at Pratt & Whitney’s West Palm Beach, Florida facility. Before that, he spent four years at Lockheed Martin in Denver, Colorado, as a specialist in dynamics and loads analysis for large missile programs.
To read more about FAU’s College of Engineering and Computer Science Executive Advisory Board, visit http://www.eng.fau.edu/news/1602-eab.php.
Agilis is proud to announce that Jose Cintron, a Structural Analysis Discipline Leader, and Ron Washburn, the Chief Scientist for Agilis Measurement Systems, have each been awarded Engineering Achievement Awards from The Engineers’ Council. The Engineers’ Council, a not-for-profit founded in 1955, annually awards leaders in engineering, education and special fields of work and public service.
Jose will be receiving the Outstanding Engineering Achievement Merit Award, which recognizes individuals who have achieved significant accomplishments in a particular area of engineering activity within the past year. Ron will be receiving the Distinguished Engineering Achievement Award, which honors individuals who are outstanding in professional qualities and have a top reputation for engineering accomplishments and leadership.
Under Jose’s dynamic direction, the Agilis engineering team has developed new process maps, training protocols, best practices, quality standards and plans for systematic continuous improvement. Over the past five years, Jose has managed one of the largest developmental military rig programs for a major OEM. He holds 2 U.S. Patents.
Ron, a voting member of the International Society of Automation Tip Timing subcommittee, collaborates regularly with industry experts to develop standards for blade tip timing. The youngest Associate Fellow ever during his time at Pratt & Whitney, Ron has led the Agilis blade vibration measurement and analysis team for over a decade. Agilis c360® Vibration Intelligence Software was developed under his leadership, and is now the industry’s leading technology for post-processing blade vibration data.
Ron’s work has been cited in more than 30 scholarly articles, and he has acted as the Principal Investigator for Small Business Innovation Research (SBIR) with the Department of Defense. He is a recognized expert in advanced Non-intrusive Stress Measurement System (NSMS) instrumentation across the entire spectrum of turbo-machinery for industrial, military and space applications.
“It is a great honor to have two of our senior expert engineers recognized by the Engineers’ Council. Ron and Jose are proven leaders in this industry and we’re proud to have them lead our teams here at Agilis. Their insight, professionalism and creativity are what help set Agilis apart in the turbo-machinery engineering world,” says Agilis CEO and Founder, Frank O’Neill.
Agilis Engineering, Inc., is proud to announce that Ronald Balliram, a member of the Company’s mechanical design team, has been awarded the Future Technology Leader Award by The Engineers’ Council. The Future Technology Leader Award recognizes early-career professionals who have achieved significant accomplishments in engineering within the first five years of their career.
A not-for-profit organization founded in 1955, The Engineers’ Council annually awards leaders in engineering, education and special fields of work and public service. Over the past two years at Agilis, Ronald has focused on developing large-scale cost savings initiatives for a major OEM customer. He has helped reduce the cost of an engine component through feasibility studies, design for manufacturing, and thermal and structural 3D analysis.
“Ronald is one of our bright young engineers here at Agilis. He’s a smart, humble and creative problem solver and a true team player. We’re very proud of his accomplishments and congratulate him on being recognized by the Council as a young leader in the engineering profession,” says Agilis Founder and CEO, Frank O’Neill.
Ronald, who earned his BS in Aerospace and Mechanical Engineering, Cum Laude, from the University of Florida, has most recently taken on a leadership role for key product improvements and cost reduction programs. He has also studied in Berlin, Germany, participating in workshops to generate new cost savings ideas.
In the turbine industry, blade vibration information is critical for validating engine designs and assessing engine health. Two methods for measuring blade vibration in turbo-machinery are strain gauge instrumentation and a non-intrusive stress measurement system (NSMS).
A strain gauge is an electrical conductor that experiences changes in resistance as it is strained. While strain gauges have traditionally been the standard method of obtaining blade vibration data, there are several limitations to this method. The attachment of strain gauges and routing wires directly to the blade can alter vibratory properties. The number of applied strain gauges must be restricted to limit the amount of influence on the vibration. As strain gauges can only deliver data for the blades to which they are mounted, this is a considerable drawback.
The Non-intrusive Stress Measurement System (NSMS), also often referred to as Blade Tip Timing (BTT), uses case-mounted probes to measure blade arrival times and calculate blade deflections. Given that NSMS probes are externally mounted on the engine case, there is minimal, if any, effect on blade vibratory characteristics.
In contrast to strain gauges, a non-intrusive stress measurement system measures every blade on every rotation for every probe. This provides valuable information on system behavior of a vibratory response that is not possible with a strain gauge, including full-spectrum nodal diameter content, mistuning, and insight into complex high-cycle fatigue (HCF) phenomena.
Instrumentation failure and the mortality rate of strain gauges are relatively high, particularly as technology advancements increase the speed and temperature of turbine engines. The robust quality of NSMS probes results in extended test periods and enables the use of this reliable technology for long-term engine health monitoring.
It is important to note that the fixed synchronous sample rate inherent to NSMS requires unique data analysis techniques. Our industry-leading Agilis experts have developed a suite of software for detailed analysis of NSMS blade vibration data. Over the last decade, Agilis c360® Vibration Intelligence Software has proven to be a reliable resource for the world’s premier engine manufacturers and operators.
While strain gauge applications are the conventional approach to obtaining blade vibration data, non-intrusive systems provide complete characterization of blade behavior when viewed with the sophisticated c360 analysis software. For more information about Agilis Measurement Systems or blade vibration analysis with our c360 Software, contact us at email@example.com.
c360® is a registered trademark of Agilis Measurement Systems, Inc.
Agilis Measurement Systems, Inc. is National Instruments (NI) Alliance Partner. Joining this network of more than 850 independent, third-party companies across the world means increased opportunity to provide integrated solutions to Agilis customers. We've obtained National Instruments certification for our software developers to guarantee accurate and effective application results.
During NI Week 2014, Agilis Measurement Systems presented "Evolution of Turbine Blade Health Monitoring" at the Energy Technology Summit. The presentation explored the evolution of a fully automated turbo machinery blade health monitoring (BHM) system featuring NI hardware and software development tools. Attendees learned how Agilis c360® Vibration Intelligence Software is being used with NI DAQ hardware for R&D test and long-term condition-based monitoring.
Agilis Measurement Systems looks forward to growing our relationship with National Instruments and continuing to provide innovative solutions in the field of blade vibration measurement and analysis.
A special thanks to Peter Flores from National Instruments for his support.
Check out Agilis Measurement Systems in the NI Alliance Partner Directory:
A National Instruments Alliance Partner is a business entity independent from National Instruments and has no agency, partnership, or joint-venture relationship with National Instruments.
c360® is a registered trademark of Agilis Measurement Systems, Inc.
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We provide accurate blade vibration measurement and analysis to prevent catastrophic failures. Our revolutionary c360 Vibration Intelligence Software delivers detailed insight at every turn of every blade in prototype to production turbine engines.
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