Content tagged with Automotive
posted in January 2014
3D Print Metals For Under $2,000
Engineering Materials 1/21/2014
You can build a low-cost open-source 3D printer that makes metal parts for less than $2,000, designed by Joshua M. Pearce and his team at Michigan Technological University (MTU). MTU and Sigma Labs have signed a memorandum of understanding to support commercial development.
Altair Speeds Smartphone Drop Testing
Altair has reduced drop-testing time in smartphones significantly with the use of computer-aided engineering (CAE). The company worked with LG Engineering to create a simulation model that puts a smartphone through its toughest test -- dropping it on a hard surface.
The IoT Impacts Manufacturing, Too
Guest Blogs 1/17/2014
Today, all signs point to the value of the IoT. It’s here, it’s not going anywhere, and it has the potential for a multitrillion-dollar worldwide economic impact.
CES 2014: Analog Devices Rolls Out Audio Processor
Product News 1/15/2014
Audio applications ranging from automotive headsets to home speakers may get a boost from a new processor that packs three times as much signal processing capability in a package that's about half the size of its predecessors.
Slideshow: 3D Systems Changes What Engineers Can Do With 3D Printing
Engineering Materials 1/9/2014
3D Systems has introduced printers, services, and software that will change what engineers can do with 3D printing. These include a bigger and faster SLA build volume, another printer that does multiple colors in plastic, one that prints plastic multi-material objects bigger and faster, ceramic 3D printing via the cloud, and a universal print driver.
Slideshow: 3D Printing Metals in Space
Engineering Materials 1/7/2014
The European Space Agency (ESA) has begun a program for designing a large-scale 3D printer that will work in space to make high-performance metal components and even entire satellites.
An Evolution in Industrial Robots
Product News 1/6/2014
Customer focus on total cost of ownership is shaping robotic offerings, along with the need for increased payload capacities and greater flexibility.
Bio-Battery Leverages Viruses to Power EV
Scientists at MIT have developed a new bio-battery leveraging viruses that has two to three times better energy density than currently developed lithium-air batteries, the latter of which is being eyed as a top contender to power the future electric car.
For decades there have been rumors that Microsoft essentially copied DRI's CP/M operating system and sold it to IBM as MS-DOS. In just a few days, all will be revealed.
A San Francisco startup called Otto came out of stealth mode recently and released a dramatic video demonstrating its successful test of a technology for self-driving trucks.
Researchers have found a way to use graphene to cheaply and easily turn dirty water into drinking water.
A new 1-GHz vector signal transceiver promises to offer expanded test capabilities for engineers involved in applications ranging from automotive and aerospace to semiconductors and defense.
Researchers at the Masdar Institute of Science and Technology have devised a new method for designing strong, light cellular structures of re-architected metals and plastics with optimized properties.
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