The same intuition is applied to other materials science use cases with features that are long in one or two dimensions; for example, delamination in carbon fiber composites, pore space in gas-bearing shale, thin films in power structures, layer-wise metrology of semiconductor packaging, and sepa...
Modern construction often incorporates even more advanced materials, such as high-performance composites, engineered to meet specific demands of strength, weight, and energy efficiency. Moving into the realm of technology, the materials used in electronics are truly remarkable. The ...
you can choose a printing mode that prioritizes the part’s mechanical, functional or aesthetic properties, precision or speed. The HP Jet Fusion 4200 features an integrated quality control system, the results of which are displayed on the printer...
What are GRP composites made of? GRP composites comprise of a mixture of plastic and glass fibres. By joining the properties of these two materials you get a robust, reinforced material that can be used for a wide range of items. What is the difference between GRP and fibreglass? GRP is...
printing, including plastics like PLA and ABS, metals, ceramics, and even wood composites. The choice of material can influence the final object's properties, such as its strength and appearance. This versatility, combined with Fusion's capabilities, enables a wide range of 3D printing ...
Roboze was able to implementPEEKand its composites in itsArgo industrial 3D printers, creating specific features on the machines to be fully compliant with the requirements of such a problematic material. The first implementation onArgo printersis theHVP extruder.This extrusion system was designed by...
Material extrusion: some feedstock, usually filament made from thermoplastic or composites, is fed into a deposition head, usually a heated extruder, extruding layers of material onto a substrate. This process is often referred to as “fused deposition modeling”, or “FDM”. Powder bed fusion: ...
As the demand for lightweight materials increases, experts expect the global composites end-product market to reach a value of $113.2 billion by 2022. New trends pushing toward green and sustainable manufacturing mean the sector is moving away from traditional human-made materials and switching to ...
The same intuition is applied to other materials science use cases with features that are long in one or two dimensions; for example, delamination in carbon fiber composites, pore space in gas-bearing shale, thin films in power structures, layer-wise metrology of semiconduct...
The construction industry is one of the largest sectors, and any significant discovery of sustainable materials used in this field can greatly impact the environment. A 2021 study explored the efficiency and sustainability of cement composites by replacing traditional sand with natural wheat straw and ...