How ARAMIS stacks up against Displacement Sensors
Optical metrology analyzes the mechanical properties and behavior of all kinds of materials in various test scenarios. GOM'sARAMISsystems can be...
18:21, Oct 11
18:52, Aug 23
Ben Eisdorfer : April 24, 2024 3:21:45 PM EDT
ABSTRACT
Materials are advancing at a record rate, with unimagined complexity even in now standard materials. Traditional measurement tools can only get approximate material properties. Core to all proper design and accurate computer modeling is a base understanding of accurate material properties.
Full-field optical measurement tools using 3D digital image correlation (DIC) are able to provide a more complete measurement and analysis of these advanced materials, providing precise material properties at all scales. This paper will review microscopic analysis of crystalline behavior, coupon testing of dog bone specimens, and large-scale materials measurements in stamping operations. In addition, the measurement of extreme material properties, such as high-speed forming limit curves and deep drawing properties, will be discussed. Key to all of these measurements are the associated standards that control them; these will be discussed.
Optical metrology analyzes the mechanical properties and behavior of all kinds of materials in various test scenarios. GOM'sARAMISsystems can be...
1 min read
Measuring Strain in Materials Testing Materials testing is critical to input simulation models with the correct information. Engineers have been...
1 min read
If you missed our Webinar, How to Automate Material Testing and Batch Process Data, we have you covered. Just click the button below, fill out the...