MicroVention-Terumo’s Post

What is the difference between unidirectional = UD, bidirectional, triaxial, quadraxial, and quasi-isotropic? * Unidirectional - all fibers laid in only one direction * Bidirectional – the fibers are placed in 2 directions at 0° and 90° to each other (or ±45°) * Triaxial – the fibers are laid at 3 different angles, mostly 0° and +45° / -45° * Quadraxial – the fibers are laid alternately in directions 0° / 90° / +45° / -45° (=135°). * Quasi-isotropic – in a quasi-isotropic laminate, the fibers are laid in at least four different directions with a symmetrical layer structure to the central axis. #carbonfiber #advancedmaterials #composites #innovation #aerospace #auto

Save the date: 15.05.2024 13:30 CEST Photoresists that are not only used for masking purposes but are suitable for real-world applications open up many possibilities in the manufacturing of #microoptics and macro-optics with #nanostructuring. As part of the #webinar series 'Meet the Experts' from MRT, I will provide insights into the production of such optics, starting from the replication of master structures created through #ultraprecisionmachining, all the way to #additivemanufacturing using #twophotonlithography. You can register here: https://lnkd.in/df-sJf3N

I invented this 300,000 dpi analog engraving process into metal. A lifelong career in research and engineering has taught me me to trust analog as the simplest and most assured method for permanent storage. This disc containing my family's legacy is attached to Odysseus and heading to the moon. One day, the future may learn more about the inventor of NanoFiche along with a treasure trove of human history and knowledge. #SpaceX #IntuitiveMachines #NanoFiche

Helix Geospace revolutionises GNSS antennas with smaller, 3D-printed helical designs using novel ceramics. Our advanced manufacturing process adapts to material variations, ensuring precise performance at scale. Additionally, Helix's method enables the production of multi-band antennas on a single core, meeting the growing demands of the global GNSS market and enhancing accessibility to advanced technology across various applications. https://bit.ly/44GyVbe David Pollington, Head of Research at Bloc Ventures, raises an intriguing question: Can high-performing GNSS antennas unlock new commercial opportunities? 🤔 Dive deeper into this fascinating topic in the full article. https://bit.ly/3UBJqaS #gnss #antenna #deeptech #innovation

Presenting: "ORB LASER SKELETON" - concept alteration of my original "ORB" for MB&F. I've been dreaming for some time to emphasize the Sci-Fi character and combine it with some lasers (which I love) and some more open-frame work (which I also love). This is the result that makes me dream of a future with potentials yet to be discovered. What would a world be like where we didn't think about all the technological possibilities that are still waiting for us? Have a closer look: https://lnkd.in/e6fEjYCN

SankhyaSutra Taral: Pushing the boundaries for transonic simulations Classical lattice Boltzmann method (LBM) has achieved success and utility for subsonic flows, where incompressibility is a good approximation. Using higher-order LB models deployed on body centered cubic (BCC) grid, SankhyaSutra Labs has developed a new formulation of LBM which works efficiently for higher Mach number, e.g. encountered in Transonic flows. Our solver, SankhyaSutra Taral, has been validated using a number of benchmark examples for accurate aerodynamics and aeroacoustics simulations at transonic speeds. Drop us a note through https://lnkd.in/g4dvvTiF, if you would like to know more. #acoustic #aerodynamics #cfd #computationalfluiddynamics #design #engineeringinnovation #engineeringdesign #fluiddynamics #highperformancecomputing #lbm #mechanicaldesign #physics #simulation #simulationsoftware

Many have no doubt heard about the rumored TR3B Astra/Aurora or other names for these project(s) or the 'Belgium Triangles' or 'Belgium Triangle UFOs'. (https://lnkd.in/g7jmuu95) These craft truly are not 'UFOs/UAPs' in the truest or classic sense of the word. Yes, 'TR3B' craft utilize forms of exotic propulsion most of us are unfamiliar with, however these 'Belgium Triangles' are not based on CTPSci Principles nor are they based on harvesting the CTP energies/forces of C-domain for CTP Propulsion. We would add the TR3B is not capable of FTL space travel via C-domain. These craft are purely based on physics alone. #CTPcraft will engage the total CTP forces. While sharing a 'delta' shaped outer-hull 'similar' to the TR3B, our proposed CTP Del-Tet1 (https://lnkd.in/gAaUvs8P) craft #CTPcraft is based on CTPSci Principles (https://lnkd.in/gYb5pAxs). #CTPcraft will utilize full anti-gravitic CTP Propulsion.

In the eloquent words of Paulo Coelho, "When you want something, all the universe conspires in helping you to achieve it." Each of us has encountered fragrances and fragments of this profound truth on our individual journeys. At the beginning of this year, my journey pivoted into the aerospace sector, contributing to the success of the "PiLOT(PSLV In orbital OBC and Thermals)" -An SSPACE (IIST) project. This intiative entailed developing a paylaod to demonstrate thermal simulation model in LEO, showcasing a 3D printed metal structure and an indigenously designed on-board computer.The "PiLOT" payload was deployed by utilizing the POEM-2 platform (PS4 stage) of the PSLV C55, launched on April 22, 2023. [Image : PiLOT team - Payload integration at ELIX, LPSC Valiamala, Trivandrum ] #aerospace #cubesat #smallsats #satellite #payload

SankhyaSutra Taral: Pushing the boundaries for transonic simulations Classical lattice Boltzmann method (LBM) has achieved success and utility for subsonic flows, where incompressibility is a good approximation. Using higher-order LB models deployed on body centered cubic (BCC) grid, SankhyaSutra Labs has developed a new formulation of LBM which works efficiently for higher Mach number, e.g. encountered in Transonic flows. Our solver, SankhyaSutra Taral, has been validated using a number of benchmark examples for accurate aerodynamics and aeroacoustics simulations at transonic speeds. Drop us a note through https://lnkd.in/gCnn69xr, if you would like to know more.  #acoustic #aerodynamics #cfd #computationalfluiddynamics #design #engineeringinnovation #engineeringdesign #fluiddynamics #highperformancecomputing #lbm #mechanicaldesign #physics #simulation #simulationsoftware

We would be happy to show you in detail how such results and processing are possible on our machines and how we develop the machine and control technology for this. Talk to us or write something in the comments #Roeders #Röders #cncmachining #precision  #Milling #Fräsen #Schleifen #Grinding #automation #industry40 #industrie40