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Selective laser melting (SLM) additive manufacturing technology has been a prevailing method to fabricate components with complex physical geometry or novel structural design.
It was possible, with the stand set up like that to compact the fabricated components (one-sided uniaxial pressing).
The digitally fabricated components are laser-cut from a flat sheet of frosted acrylic according to Mr. Nosanchuk's AutoCAD files, and then assembled around a frosted glass tube with a three-watt LED at its center.
To increase the final density of these SLM-fabricated components with high hardnesses, a hot isostatic pressing (HIP) post-treatment was applied.
This permits to design and fabricate lighter structural components with improved and more isotropic performances.
The influence of operational environments on the long-term durability of structural components fabricated with carbon fiber reinforced composites is an ongoing concern.
One design uses isolated, rigid islands, which are fabricated with semiconductor components on top and linked by stretchable, interconnects of conducting materials.
The advent of low temperature superconductors in the early 1960's converted what had been a laboratory curiosity with very limited possibilities to a prac tical means of fabricating electrical components and devices with lossless con ductors.
Therefore, it is extremely necessary to quickly and efficiently fabricate silicon components and parts with perfect surface integrity.
Taking into account that more and more ceramic components based on Si3N4 are being used in the aerospace and automobile industries, it is a great challenge to fabricate such complex-shaped components with high reliability and with defect-free microstructures such as pores, inclusions or any other inhomogeneity at acceptable costs.
In this design, plasma-facing components are fabricated with numerous fingers cooled by helium jets to reduce the thermal stresses.
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