Dr. Pushkar Patil 🧿’s Post

"Sustainability and health are two of the global challenges recognized by UN. Electronics is the pillar that supports the innovation in these sectors. However, current electronic components are non-biodegradable and release toxins in environment, while the implanted electronics is not compatible with soft human tissues". With this in mind, we are very happy to have Prof. Shweta Agarwala as our next speaker in the FME lecture series organised by our research group "Functional Materials Engineering" @imo-imomec - UHasselt with a special thanks for taking the lead in this Monika Rai. Interested in the talk; please register here: https://lnkd.in/exJWfSq3

I would like to announce the publication of our recent research paper in Polymer Composites! 📖 The study examines damage mechanisms in composite laminated shells exposed to multiple impacts at various points. Delve into the details through open access. 🌐 #ResearchPublication #PolymerComposites #ImpactAnalysis #OpenAccess #IPTomar #USevilla #ScientificAdvancement 🎓🔬 https://lnkd.in/dGuvuMaV

📃 EN | Did you know that it is possible to create super hydrophobic coatings associating inorganic and polymeric parts?     ✒In this paper, 🔹 Quentin Boyer 🔹 Sandrine DULUARD 🔹 Christophe Tenailleau 🔹 F. Ansart 🔹 V. Turq 🔹 J. P. Bonino from 🔸 CIRIMAT 🔸 Centre national de la recherche scientifique 🔸 iGEM INSA-UPS Toulouse 🔸 Université de Toulouse have worked on a new method to create superhydrophobic surfaces, whose results attest the significance of the synergy for superhydrophobic coatings: a micro-/nanostructured surface and an intrinsic hydrophobic property of the material. The durability of the coatings has also been demonstrated with only a slight decrease in hydrophobicity after erosion.   👉🏼 Link to source in the first comment👇🏼 #Nadetech #Nanotechnology #FuncionalizedSuperhydrophobicCoatings #MicroNanostructured #ZnOParticles #SolGelMatrix #SuperhydrophobicSurfaces #Coatings #ImprovingPeoplesLive 

Wei, L. (2024). Summary of Commonly Used ENSO Indices. Highlights in Science, Engineering and Technology, 88, 687-694. https://lnkd.in/gUGFMAuq

🔬 Exploring the World of Material Chemistry! 🔍 Dive into the fascinating realm where science meets innovation - Material Chemistry! 🌐 From designing advanced materials to unlocking new properties, it's the key to revolutionizing industries. Let's unravel the secrets of materials that power our future. #MaterialChemistry #Innovation #ScienceAndTech 🚀

⁣Hard Yet Stretchable: Scientists Create “Unbreakable” New Material Researchers have developed a new class of materials known as glassy gels, which combine the hardness of glassy polymers with the stretchability of gels. These... https://lnkd.in/dChzCvgp ⁣Hard Yet Stretchable: Scientists Create “Unbreakable” New Material Researchers have developed a new class of materials known as glassy gels, which combine the hardness of glassy polymers with the stretchability of gels. These... https://ift.tt/hYoamlM https://ift.tt/tcUMe9B

Bob Lacovara's IBEX 2023 seminar, "A Discussion About Successful Composites Production" is now available! Explore a series of topics related to everyday composites production and learn why production procedures need to be built around the science of how composites materials work. Watch the recorded seminar: https://lnkd.in/eknRjej2

Download the free-access paper. With 100 new reads, our recent perspective review article on hydrogen embrittlement was the most-read research item from the Advanced Engineering Materials journal by Wiley last week. Limitations of Hydrogen Detection After 150 Years of Research on Hydrogen Embrittlement #hydrogenembrittlement

❕ 2 WEEKS TO GO🔬RESEARCH COMPETITION 🔬 This is your chance to spotlight and transform your next research project with superfast mechanical testing up to 800°C, but how do you get the most out of your entry? Here's Last year’s winner, Dr Ilchat Sabirov at IMDEA Materials Institute, with his advice to would-be entrants of the 2024 Plastometrex Research Competition. Judged by our panel of industry experts, including Professor Roger Reed (University of Oxford), Dr Vera Popovich (TUDelft), Professor Danielle Cote (WPI), and Professor Bill Clyne (Plastometrex & University of Cambridge), the winner of this year's competition will be taking home a FREE PLX-Benchtop and PLX-HotStage for 6 months (all expenses covered). Here are some of the features and benefits our winner can look forward to: ⚡Easy testing, from room temperature to 800°C ⚡80x faster results than tensile testing ⚡99% lower material volume ⚡Property mapping across materials ⚡90% reduction in testing costs Don’t hesitate! Register your interest before the June 26th deadline by clicking the link below. 👨🔬 Apply now: https://hubs.la/Q02BwmMn0 #ResearchCompetition #Research #MaterialsScience #MechanicalTesting #Innovation

Continuous Crystallization at MIT Evaluation of a tower crystallizer. Of course I like it because there is a unique implementation of BlazePAT.com here for crystallizer characterization, not crystallization charactorization 😊