Make some noise! The Engineering 3D Printed Instruments iBlock lets students study the science of sound. Students will use plastic, brass, and wood to make a perfect-pitch, and will design their own 3D printed instrument! https://hubs.ly/Q030xHjq0 #iBlocks #3Dprint #music #PBL
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Additional products added to my portfolio. xiros polymer ball bearings, igubal spherical bearings and rod ends, PRT slewing rings, 3D print technologies and materials, and tribo-tape: the wear resistant tape.
Electrostatically discharging 3D printed components If you have any problems with static build up, take a look at how igus 3D printed materials could solve this for you.
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Anisoprint could use this development in the future and introduce layer specific fiber paths. Would only be possible with Co-Extrusion
New Algorithm Enhances Strength of Continuous Carbon Fiber 3D Printed Parts: Researchers have developed a new way to use continuous carbon fibers in 3D prints. The post New Algorithm Enhances Strength of Continuous Carbon Fiber 3D Printed Parts appeared on Fabbaloo. #3DPrinting #AdditiveManufacturing
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Introducing Trajectoids: Researchers Develop 3D Printed Objects with Custom Trajectories: I’ve learned about an interesting new object type that can be 3D printed: Trajectoids. The post Introducing Trajectoids: Researchers Develop 3D Printed Objects with Custom Trajectories appeared on Fabbaloo. #3DPrinting #AdditiveManufacturing
Introducing Trajectoids: Researchers Develop 3D Printed Objects with Custom Trajectories « Fabbaloo
https://www.fabbaloo.com
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There are tons of expensive router guides on the market, and often none of them are exactly what we need. This 3D printed guide was designed, printed, and in use in under two hours. #mechanicalengineering #engineering #innovation #3Dprinting #3Dprint #router
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A new method reduces the energy needed for laser powder bed fusion of reflective and refractory metals, paving the way for a broader range of materials that can be 3D printed. Learn more in this week’s issue of #ScienceAdvances: https://scim.ag/8hi
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In addition to our recently published experimental paper on the orientation dependency of 3D printed SHCC (Strain Hardening Cementitious Composites), the paper "Analytical modelling of the orientation dependency of 3D printed SHCC at increasing levels of scale" is now (open access) available at: https://lnkd.in/ea6xbTbS This paper aims to analytically analyse the loss of maximum potential mechanical properties across increasing scales. Between the micro-scale and meso-scale, the behaviour of a single fibre is translated into the stress-crack opening results of a single crack bridged by several fibres with various inclination angles and embedment lengths. Between these scales, the decrease in mechanical properties is studied from both the orientation-dependent facet as well as the overall loss due to fibre rupture. At the meso-scale, the multiple cracking development is studied, focusing on the loss of potential strain hardening behaviour due to the scatter of results present in experimentally obtained single crack tests in various directions of the printed layers. Finally, engineering applications related to bending are studied at macro-scale, to validate if any additional loss occurs at this increased scale or if the effects average out. I would like to once again thank Joes Sloots, Kim de Kroon, Freek Bos and Theo Salet for the fruitful and, more importantly, enjoyable collaboration on both the experimental- and analytical paper!
Analytical modelling of the orientation dependency of 3D printed SHCC at increasing levels of scale
sciencedirect.com
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“Once 3D printed, the microscale particles successfully self-assembled into different crystal structures. It is believed that these materials could shift between phases in a matter of minutes by applying different external stimuli, similar to the atomic arrangement that creates tempered steel from iron… For instance, the 3D printed nanoparticles could be used to develop solar panel coatings that change throughout the day to increase energy efficiency, hydrophobic films that prevent airplane windows and wings from fogging or icing up, or new computer memory systems.” #additivemanufacturing #3dprinting #materialsresearch #materialscience #stanford #research #science #stem #engineering
Stanford researchers achieve breakthrough in 3D printed shapeshifting nanoparticles - 3D Printing Industry
https://3dprintingindustry.com
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Absolutely nothing beats the satisfaction of effortlessly removing tree support structures from a 3D printed part! 🌟 #3DPrinting #SupportRemoval #SatisfactionAchieved #prototyping #Newproductdevelopment #RandD #development #design
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International Key Account Manager bei Signify Switzerland AG (formerly known as Philips Lighting)
Defying the impossible 💡 Discover how 3D printed technology from Philips MyCreation enables McDonald's to master seemingly impossible lighting design challenges. Learn more here ➡️ https://lnkd.in/dPW32tUw #aLightingBrandbySignify #PhilipsMyCreation
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Testing the mechanical efficiency of the X shape in real-world conditions with a 3d printed prototype. The goal is achieving the ideal strength-to-weight ratio in a modular structures. #prototyping #dprinting #productdesign #industrialdesign #cncmachining #rapidprototyping #productdevelopment #additivemanufacturing
