Sentence examples for printed component from inspiring English sources

In particular, the material inside the fabricated part often exhibits spatially varying material distribution (heterogeneity) and direction dependent behavior (anisotropy), indicating that the design model is no longer a suitable surrogate to consistently estimate the mechanical performance of the printed component.

Which is hard to imagine when you consider the intricacies involved in churning out thousands of double sided PCBs (printed component boards) with surface mount components on both sides and plated through hole components on the top — with blobs of molten solder being laid down in just the right spots, and the correct components stamped on them at a rate of 5.5 parts per second.

This paper examines the design considerations of such a wind turbine including material properties, reinforcement techniques, integration of non-printed components, printed component design and print optimization.

An extension of this technique was the printed component; resistors, capacitors, and low value inductors became a part of the printing process.

An obstacle to develop 3D concrete has been the lack of tensile strength and therefore, limiting the printed component for structural application.

The test data shows an excellent fit with a tensor based failure criterion that includes interaction strength tensor components, thus being able to capture the strength behavior of SLS printed components under complex loading conditions.

A major focus of current application is the rapid development of the new alloys enabling the much-desired technology of additive manufacturing, with adaptation of the AIM methodology to accelerate qualification of printed components.

It was assembled from separate printed components made from ABS plastic - only the firing pin was made from metal.

The company's proprietary drone is a six-rotor system constructed from carbon fiber, aluminum and 3-d printed components.

Pathak, Thakor, and their team built the prototype device using commercially available miniature components, such as LED lights, microscope lenses, image sensors and custom-made 3D printed components.

Gibbard is able to cut costs in a number of ways, from using less expensive materials in the construction to 3D printing component parts, as well as using existing artificial limb attachment hardware and mounts.