Laser Ultrasonic Testing: An EnLIGHTening Advancement in Nondestructive Evaluation (Page 7)

Laser Ultrasonic Testing: An EnLIGHTening Advancement in Nondestructive Evaluation

EWI has significant experience with laser ultrasonic testing (LUT) an has identified it as a mature technology ready for new industry applications.

Additive Manufacturing for the Space Market

Determination of Material Formability Data of Newly Emerging Sheet Materials

Joint Industry Program on Forming of Lightweight Sheet Materials

EWI’s New Materials Forming Application Development Capabilities

Advancements in EWI Deep TIG for Higher Productivity GTAW

EWI DeepTIG™ flux was developed on the Navy ManTech Program in the 1990s to increase productivity during gas tungsten arc welding (GTAW) by enabling simplified joint preparations and reduced number of passes.

Scaling UP Metals Additive Manufacturing

Much of the recent work in metals additive manufacturing (AM) has taken place using the laser powder bed fusion (L-PBF) process. This bottom-up, layer-by-layer build method has allowed for greatly increased design freedom and the production of parts which are not possible using conventional subtractive manufacturing methods.

Computed Tomography with Process Expert Review

EWI’s Computed Tomography (CT) capabilities complement our expertise in ultrasonic and eddy current nondestructive evaluation (NDE). Industrial CT is based on the same principles as medical CAT (computerized axial tomography) scans.

7 Ways EWI Helps Reduce Risk and Expedite New Process Implementation

EWI provides the expertise and support you need during the implementation of a new process to ensure that technology adaptations transition smoothly into production.

Ensuring Reliability Through Materials Engineering, Characterization, and Testing

As standards for product quality and performance continue to increase, it is critical that manufacturers are able to ensure that products will perform to specifications, especially for applications in which an unexpected failure can carry serious health and safety risks.