Webinar "Instrumented Indentation - Session 1: Introduction and Overview" Nanoindentation

Webinar "Instrumented Indentation - Session 1: Introduction and Overview" Nanoindentation
Post publication date: 
Saturday, June 11, 2016

In this inaugural lecture, Jennifer Hay explains how 'Test and Measurement' relate to 'Science' before delving into the mystery of nanoindentation. Why do materials behave differently when confined to a small volume? What is instrumented indentation, and how is it used today? How is instrumented indentation different from a microhardness test? Join us for an hour to learn the answers to these questions and to get an overview of this exciting new e-seminar.

Click here to register

Jun 22, 2016
9:00 am - Pacific Daylight Time (San Francisco, GMT-07:00)
6:00 pm - Europe Summer Time (Rome, GMT+02:00)

About the Series

Instrumented indentation, also called nanoindentation, has developed over the last three decades as the technique of choice for measuring the mechanical properties of thin films and other small volumes of material. This instructional e-seminar, held monthly, covers all aspects of instrumented indentation, from overarching concepts to practical aspects of implementation.

The first session explains why materials behave differently at the nanoscale, and provides an elementary introduction to instrumented indentation and its benefits. Subsequent sessions teach contact mechanics, the Oliver – Pharr method, dynamic indentation, and thin-film modeling. Theory is applied to a variety of common applications for instrumented indentation, including low-k films, hard coatings, polymers, and small structures. Attendees are invited to suggest topics for future sessions.

About the Instructor

Jennifer Hay is a senior applications engineer with Nanomechanics, Inc., a company which designs and produces advanced nano-scale metrology products, including turnkey nanoindenters, modular devices for actuation and sensing, and contract testing.  Mrs. Hay has worked in nano-indentation since 1996, advancing standardization while also developing methodology for new applications including thin films, anelastic metals, polymers, gels, and biomaterials. Mrs. Hay currently serves as the vice-chair for the MEMS/ Nanotechnology technical division of the Society of Experimental Mechanics (SEM).  She has authored a number of journal articles on nano-indentation, including an invited feature series in the SEM journal Experimental Techniques.

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Partner 

Nanomechanics Inc