US Navy

Plans are to launch Navy Additive Manufacturing Center of Excellence at Danville’s Institute for Advanced Learning and Research, company reports.

Such systems populate a small—but necessary—segment of the workstation market.

The program supports the development of qualification data for MELD created parts to guide naval use of MELD equipment.

Data-driven machine learning software analyzes the relationships between additive manufacturing process parameters and material performance, company says.

The Continuous Learning for Additive Manufacturing Processes Through Advanced Data Analytics project goal is to apply data analytics to both empirical and physics-based additive manufacturing data to establish process-structure-property relationships.

Panelists discuss promise and challenges of implementing AM in the military.

The ACADEMI curriculum is designed to boost additive manufacturing training—and industry savvy.

The Senvol ML project is aimed at reducing the trial-and-error approach to defining AM material-process procedures.

Few engineers or researchers working in industry today have mastered all the disciplines required to build an autonomous robot—and that has potentially negative ramifications for a manufacturing sector already beset by retiring baby boomers.

Huntington Ingalls Industries' Proteus, its dual-mode undersea vehicle, reportedly has successfully completed autonomous contested battlespace missions during the 2017 Advanced Naval Technology Exercise (ANTX) at the Naval Surface Warfare Center (Panama City Division).

3D printing helps students at the University of Michigan develop low-cost sensors for the U.S. Navy.

The organization is to provide product development, programming services and more.

The acquisition will expand the company's offerings for government contracts.

The company will provide support for Department of Defense weapons procurement.

The apparatus helps reduce muscle fatigue for workers who handle heavy machinery on a daily basis.