Research into the field of metamaterials has progressed during recent years in technologies like computer simulation and 3D printing.
Researchers have used X-ray light to monitor and understand the formation of defects during the process of fabricating metal parts through 3D printing.
Integrating two different polymer forms can switch manufacturing of silicone parts to 3D printing and improve biological cell adhesion.
Researchers are now able to replicate biological structures using a new 3D printing method, which could be used for tissue regeneration and replica organs.
UCL's Hilton Research Group leverages the FlowSyn™ system for continuous flow chemistry, overcoming challenges with 3D printed solvent-resistant reactors.
While a frame is capable of providing structural support for a house and the chassis has the potential to provide shape and strength for a car, a team of Penn State engineers are certain that they have a way for creating the structural framework for growing living tissue with the help of an off-the-shelf 3D printer.
A new method by which to 3D print metals, involving an extensively used stainless steel, has been shown to realize exceptional levels of both ductility and strength, when compared to counterparts from more conventional processes.
The so-called “Internet of Things” is the idea of having everyday objects communicating useful information over the internet for a variety of purposes. For instance, an internet-connected refrigerator might be able to order a grocery delivery if you start running low on certain items.
Scientists and engineers have been researching various different materials as the base for the inks used in 3D printing for a number of years. Previous successful methods have included those such as using temperature-sensitive polymers and photoactivated structures that change shape in response to light.
Imagine a bottle of laundry detergent that can sense when you’re running low on soap — and automatically connect to the internet to place an order for more. University of Washington researchers are the first to make this a reality by 3-D printing plastic objects and sensors that can collect useful data and communicate with other WiFi-connected devices entirely on their own.
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