Insect eyes inspire future safety cameras
Dedicated to covering the latest manufacturing technology and components related to the motor vehicle industry.Insect eyes inspire future safety cameras
Dedicated to covering the latest manufacturing technology and components related to the motor vehicle industry.Insect eyes inspire future safety cameras
Without proper security, hackers could randomly disable connected cars, creating massive traffic jams in urban areas.
PNNL’s ShAPE process could increase aluminum alloy powder use in the automotive industry.
Identifying expected battery life could allow manufacturers to provide longer-lived options to automakers.
Carnegie Mellon University researchers study use cases for electric semi-trailer trucks, list research priorities to speed adoption of advanced vehicles.
Virginia Tech research creates high-strength, lightweight composites with consistent, evenly sized micro-holes that could eventually act like a battery.
Military research at Carnegie Mellon University could lead to vehicles that perform well on- or off-road.
Inexpensive test procedures increase understanding of paint scratching performance.
Case Western Reserve University research breaks down emissions geographically, includes expected declining performance as batteries age.
Replacing steel springs with titanium could lower vehicle weights, however strength, durability, and price challenges must be overcome.
ISO/TS standards reduce manufacturing risk for internationally sourced parts.
Despite incentives, higher availability of vehicles, most green vehicles are sold to those who already own one.