Source record

Army Research Laboratory (Army.mil): Researchers Identify Culprit Behind Additive Manufacturing Problem

Method: Materials science research

ARL research identifying aluminium powder hydrolysis at high humidity as the mechanism degrading cold spray bonding. The work quantifies the effect as an increase in critical adhesion velocity of more than 125 metres per second. Victor Champagne of DEVCOM ARL is named in the research.

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force