A recent study presented in the Additive Manufacturing journal has explored the production and properties of 3D printed alloys with a specific focus on the roles of the solute and nucleant in grain refinement processes.
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Researchers from RMIT University, Melbourne, Australia, have developed a sustainable 3D concrete printing process for building structures by replacing 50% of natural river sand with different grades of recycled glass. This study is available in the journal Construction and Building Materials.
Self-healing materials offer the potential to help address a number of global issues including the urgent need to produce and pollute less, and the requirement to move to a more sustainable way of life across all areas of society and industry.
Additive manufacturing or 3D printing is a well-established technique for fabricating various designs and forms of complex shape or intricate detail. The method is also relatively common for printing mammalian cells in the context of tissue engineering and has more recently been applied to print microbial cells for biotechnological and biomedical applications.
The latest research in MDPI Applied Mechanics by Italian researchers focuses on assessing the effects of curing on photosensitive resins via stereolithography (SLA) additive manufacturing.
Combining the techniques from additive manufacturing and electrodeposition sets a new benchmark in electrochemical 3D printing.
In recent years 3D printing, also known as additive manufacturing, has established itself as a promising new manufacturing process for a wide variety of components.
Lithium-ion batteries (LiBs) are among the most widely used energy storage technologies available in the market. In a variety of fields, such as electronics products, machine tools, hospital equipment, and electric vehicles, their ability to offer high power and energy density in conjunction with a long life cycle, little memory effect, and acceptable cost provides an unrivaled advantage (EVs).
3D aerogels assembled from 2D MXenes have recently become a research focus due to their properties, performance, and ease of fabrication. A paper published in Advanced Materials has explored the creation of 3D printed MXene aerogels with enhanced electrochemical and electrical performance.
Researchers have devised a data-centric approach to generative modelling for 3D-printed steel. The team believe that their model could help determine the quality of a design and the material before fabrication.
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