Shaping Matter Lab @TUDelft
@Shaping_Matter
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We seek to leverage shaping freedom to enhance performance and properties of interesting new materials. Student run acc. @AETUDelft @TUDelft, led by @kmasania
Delft, Netherlands
Joined September 2020
ELMs https://t.co/sAnWCAyUXY, 3D printing https://t.co/bLxEOrqZe7, bio-inspired materials https://t.co/lCq69Jiub0 , ML+AI
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Its time to move to bluer skies @kmasania @AETUDelft. We get that its daunting to start again and build our community so we prepared some starter packs on 3D printing, ELMs, bio-inspired materials and ML/AI
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MSc graduate alert! 🎓Evelien Claassen of SML researched the spaceworthiness of 3D printed liquid crystal polymers & found that the material turns green upon exposure to space raditions. Safe to say she graduated with flying colours 📗Read more: https://t.co/6Oo2girdjw
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🎃🔬 Spooking up science at the Shaping Matter Lab on the Halloween weekend! There were some eerie experiments, hauntingly good food & fun👻✨ #HalloweenAtTheLab #ShapingMatterLab
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#TUDelft innovations featured on a stamp, how cool is that?! ✈️🚢🌍The stamps feature alongside King Willem-Alexander, #WASP: a wind-assisted cargo ship and the #FlyingV: an energy-efficient aircraft design for long distances: https://t.co/68hZcIuZJp
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Interested in predicting the full constitutive model of metamaterials with generalization to both new loading scenarios & architectures? Check out new paper: HyperCANs in @EmlWebinar Link: https://t.co/lThwNL92VG Great work by Li Zheng and collab. with @DennisKochmann
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The paper in #AdvancedMaterialTechnologies here: https://t.co/LNp8yjdjjx
advanced.onlinelibrary.wiley.com
Three-dimensional printed thermotropic liquid crystal polymers (LCP) exhibiting high tensile strength and stiffness, are found to withstand thermal cycling, atomic oxygen, UV, and electron irradiat...
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What's the link between #3Dprinted LCP and HULK? ... turns out, they both turn green after getting exposed to radiations...💚🙀 but still they are 🦾as ever! Find out more in our latest paper with @esa, @NEMATX_AG and @AETUDelft! @kmasania @CarolineHouriet #3DPrinting #Space
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🎊Chinmayi Narasimha and Javier Urgiles from the faculty of IO & TPM, graduated with SML in a true interdisciplinary fashion over the summer. They worked on functionalization & LCA of mycelium composites for aerospace. @kmasania @JeremyFaludi @AETUDelft @TPMTUDelft @idetudelft
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Huge congrats to fresh MSc graduate ir. David Beaumann from the Shaping Matter Lab. David defended his MSc thesis titled 'Material Characterisation of Mechanically Extracted Continuous Bamboo-Fibre Reinforced Polymers' on the morning of 25th September 🎉🎓
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Last monday was refreshing one for some of us at SML as we met up with founders of the @FloatingFarmNL to discuss developing building materials from manure at the farm & other circular projects for high-tech farm at the port of rotterdam! Very moo-tivated to collaborate!
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Last week we took the opportunity to play the Game of Unspoken Things in amazing weather - a refreshing experience that helps us conduct our research in an even more close and motivating way!
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🤖🚀Glad we could be of assistance printing some last-minute parts for the robotics workshop at the @RoboValley 🤖🚀 Always great to help out fellow engineers! 👩🔬
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This approach enables cost-effective mass printing of piezoelectric ultrasound transducers, offering a pathway to scalable and bio-compatible manufacturing of intelligent structures with built-in sensing and actuation capabilities.
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Check out our new paper in @AdvSciNews AMT! We develop DIW of functional ultrasound transducers. The d33.g33 of the composite is more than an order of magnitude higher than DIW piezo composites before. https://t.co/uwqj7mzUnN
#smartmaterials #additivemanufacturing
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