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.
A study by the Swiss government determined the type of human errors that lead to engineering disasters and ranked those errors by percentage.
General Motors’ growing commitment to electric cars took a new turn last week, as the giant automaker said it would use EV batteries in the future to help boost its use of renewable energy.
A fabric designer and chemical engineer have teamed up to design fabric woven with solar panels for the future of wearable, autonomously powered technology.
A new linear encoder will offer measurement resolution of about 31 picometers -- less than the diameter of an atom -- when it hits the market in prototype form later this year.
Apple made some controversial decisions with its new iPhone 7 models, so what did they do with the extra space? The latest teardown from iFixit digs under the hood of Apple's new sensor-heavy phone.
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