The Department of Energy’s Oak Ridge National Laboratory set a new milestone in nuclear component innovation, successfully ...

The Queensland man's aorta, the biggest blood vessel in the body, had ballooned to about four times the usual size, leaving ...

Oak Ridge researchers tested 3D-printed steel capsules in a high-flux reactor, remove them fully intact after a month.

They're 3D-printed models of common bomb fuses, and the next generation of bomb diffusers will use them to learn how to safely disarm explosives.

3D printed clocks have been done before, but never something like this. It’s a 3D printed clock with a tourbillon, a creative way to drive an escapement developed around the year 1800.

Vascular surgeon Dr Samantha Peden told the Australian News broadcaster that the patient’s aortic arch had ballooned to around eight centimetres, well beyond the usual two to three. The wall was so ...

They will also use 3D printing for distributed fusing for more survivable bombs and greater options and control for the explosions. Separating the fuse from the case could make the bomb more flexible ...

3D printing will be used to make warheads with multiple built-in fuzes. This method allows the operator to explode part or all of the high explosive contained in the bomb casing. Different parts of ...

The group uses 3 D printing to produce the bomb’s casing, before sending it to be filled with C 4, an explosive, and pieces of steel shrapnel. In tests, Lyosha says, this shrapnel cuts into ...

Meta unveils groundbreaking Meta 3D Gen system, revolutionizing AI-generated 3D assets with high-quality, PBR-supported meshes and textures in under a minute, potentially transforming game ...

A cutting edge new research project is developing Lego-like bricks made from biomaterials to replace bone fragments in shattered limbs.

ORNL's 3D printed steel capsules demonstrate that AM components can meet the rigorous safety standards required in nuclear applications.