Tyler J. Myers’ Post

Preparing pristine cross sections of lithium batteries can be challenging. In our latest free Science Lab article, dive into the step-by-step ion beam milling preparation protocol, featuring mechanical pre-treatment and ion-beam polishing. #ionbeammilling #microscopy

Great event to understand the benefits of Atomic Layer Deposition on battery materials.

Veryst engineers explain the advantages of time-temperature superposition (TTS) in this new article, just published. TTS is an advanced thermomechanical analysis method that allows rubber scientists and engineers to extrapolate the mechanical properties of polymeric materials to long times or high frequencies by using tests that last less than a day.   Read the article here: https://lnkd.in/dsShTutt #testing #polymers #tts

🌟 Excited to share our latest achievement! 🌟 Thrilled to announce our co-authorship of a groundbreaking publication on "Simulation and Optimization of Electromagnetic Stirring and Braking in Slab Continuous Casting Mold." You can explore this insightful piece in this year's ´Liquid Metal Processing & Casting Conference´, presented by Alija Vila for Primetals Technologies. Let's continue to push the boundaries of knowledge and innovation in the field together! 💡 #Research #SlabCasting #Innovation #ConferencePublication #particles #simulations #simulationsoftware #Aspherix #research #CFDEMcoupling #particlesimulation #CFD #DEM #coupledsimulations #academicresearch #academia #discreteelementmethod #processes #spraydrying #singledroplet #VOFmethod #productdesign #particlemorphology #masteringparticles

Engineering simulations can dramatically impact the sealing components for fluid power applications. Check out this Q&A to learn how good simulations can predict seal lifetime, frictional heat, and aid in creating elastomer-specific seal designs: https://bit.ly/3SRhcJo

In fluid dynamics, #vortex_shedding in a #grooved #cylinder is an interesting effect to look at. The flow pattern is more complicated than it would be on a smooth cylinder because the surface has grooves. As fluid moves around the grooved cylinder, it breaks away from the surface at certain points. We left alterations of results for the post-processing section after #CFD investigation. The grooves have a big effect on #vortex generation process because they change how the boundary layer behaves, which could delay the separation of the flows, and they change the frequency and size of the shed vortices. More information: https://lnkd.in/dayHXzXF #Vortex_shedding #Cylinder #CFD #ANSYS #Fluent #Numerical #Fluid_dynamic

Aerogels, renowned for their ultralightweight nature and exceptional insulation properties, are making significant strides in advanced #aerospace applications. However, their potential is hindered by traditional manufacturing techniques, primarily molding. In a study led by Ciera Cipriani, PhD, Donald Dornbusch, Stephanie L. Vivod, PhD, and Emily Pentzer, researchers addressed this challenge by utilizing the additive manufacturing method known as Direct Ink Writing (DIW). Swipe left to delve into the details of the research➡ Are you working on battery thermal management? 🔋🔋 Reach out to us to discuss how our expertise can elevate your projects.⬆https://lnkd.in/ewRtv9EQ Source: Direct ink writing of polyimide aerogels for battery thermal mitigation, https://lnkd.in/g5AShMwt #CTherm #thermalconductivity #aerogels #battery #batterytechnology #thermalmanagement

Pass composite crash tests the first time without any component or vehicle-level pre-testing. How, you might ask? By using a predictive simulation tool that accurately models the behavior of CFRP materials in crash scenarios. However, existing programs have fallen short of meeting the dual requirements of predicting failure in the backup structure and energy absorption at the crush front. Engenuity Ltd has approached this problem differently by introducing CZone, designed to complement conventional explicit finite element analysis codes. By leveraging CZone, you can overcome the limitations of existing solutions and confidently simulate composite crash scenarios, revolutionizing your design process and ensuring enhanced crashworthiness evaluations. 🔍 Explore how CZone can make a real difference in your next composite crash analysis >> https://lnkd.in/d8vVmyri #crashanalysis #composite #crush #engineeringanalysis

I am delighted to share our new article on the Analytical Calculation of Axial Flux Machine. Paper Link: https://lnkd.in/dvRpHDNt Abstract: As the applications and production demands for high-speed axial flux permanent magnet (AFPM) motors continue to expand, conventional motor designs are increasingly challenged to achieve high-quality torque while adhering to shorter design cycles. To address this issue, this paper proposes an analytical method for slotless AFPM motor with specific magnets to make back electromotive force (EMF) sinusoidal for low torque ripple. Initially, the design principle of the sinusoidal magnet is introduced, and the air gap magnetic field of the AFPM motor is modeled based on the sinusoidal magnet shape, with a comparison of the ring magnet. Subsequently, the back EMF of the AFPM motor with toroidal and bunched winding is deduced and compared by winding function. The torque performance is further calculated to verify the effectiveness of the low torque ripple design. Finally, the prototype with sinusoidal magnets and bunched winding is manufactured, and the analytical results are consistent with experimental tests.

Discover the secrets of material strength under the microscope! From stretching to bending, learn how to evaluate properties under varying temperatures and environments. https://hubs.li/Q02k7_Kg0 #MaterialScience #MechanicalTesting