Nanomechanics to Host High-Speed Nanoindentation Webinar June 21

OAK RIDGE, Tenn., June 12, 2017 /PRNewswire/ -- Nanomechanics Inc., a leading provider of innovative tools designed to enable users to understand, evaluate, and test the mechanical performance of materials at the micro and nano-levels, is set to launch a new webinar Wednesday, June  21, from noon to 1 p.m. EST. The lecture will explain how by using instrumentation and software, nanoindentation experiments can be accomplished at a rate faster than one second per indent.

The upcoming webinar on high-speed nanoindentation will be presented by Jennifer Hay, Senior Applications Engineer for Nanomechanics, Inc. High-speed indentation opens new doors for statistical analysis and mechanical properties mapping. Attendees will also learn that dynamic, high-speed indentation affords characterization of material volumes, not just surfaces.

"Those interested in nanoindentation will quickly gain a comprehensive understanding of the test method and what it can do," said John Swindeman, CEO at Nanomechanics Inc. "Attendees will achieve theoretical and practical knowledge about contact mechanics."

Jennifer Hay of Nanomechanics Inc. holds a masters' degree in Mechanical Engineering from the University of Houston and has worked in the field of nano-indentation since 1996, advancing standardization and developing a methodology for new applications. She presently serves as the vice-chair for the MEMS/Nanomechanics technical division of the Society of Experimental Mechanics. In addition to many publications, she has written five invited journal articles on the theory and practice of instrumented indentation.

To register for the Session 12: High-Speed Nanoindentation webinar, hosted by Nanomechanics Inc., click here.

About Nanomechanics Inc.
Nanomechanics Inc. designs and produces advanced nano-scale metrology products, including turnkey nanoindenters, modular devices for nano-scale actuation and sensing, and contract testing. Drawing on decades of experience in material science, precision mechanical design and instrumentation software, Nanomechanics offers products that satisfy the intense demands of both industry and academia, with unparalleled ease-of-use, accuracy, up-time and technical support. In addition to turnkey solutions, Nanomechanics provides modular components to microscopy companies in order to integrate nano-scale mechanical testing with advanced visualization. To learn more about what Nanomechanics is doing worldwide, please visit http://nanomechanicsinc.com/ or contact us at [email protected].

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Heather Ripley
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SOURCE Nanomechanics Inc.

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