
Stronger in the Broken Places
Researchers at University of Pittsburgh Swanson School of Engineering find that alloys can be made stronger and more flexible by intentionally introducing defects in the materials.
Researchers at University of Pittsburgh Swanson School of Engineering find that alloys can be made stronger and more flexible by intentionally introducing defects in the materials.
This iFixit teardown video concludes Apple’s flagship smartwatch presents challenges to users wishing to do their own repairs.
Researchers used light to create a polymer that is 10 times more durable than natural rubber.
We’re also looking at a medium-force, air-cooled LDS V8800 shaker system.
You can break free from the reigning language for embedded systems programming.
Surgical robotics have been a hot focus in the medtech industry in the last decade, and a variety of robotic platforms are transforming minimally invasive surgery. Experts speaking during a panel discussion at BIOMEDevice Boston chimed in about the future of robots in medicine.
For embedded systems utilizing microcontrollers, real-time operating systems, or bare-metal systems, consider this approach to security.
By sharing data from its cars, Honda can provide drivers, other road users, and road operators with important safety information.
A fully autonomous laser bird-control solution saves food supplies without harming birds.
Battery technologies, applications, and related industry issues come together at the Battery Show in Novi, Michigan, September 13 through 15.