Pronexos’ Post

iLAuNCH Trailblazer New Frontier Technologies has developed a capability for digital twinning of #composites for high-resolution quality characterisation and high-fidelity performance simulation. CompositesWorld, the largest international publication for the advanced composite materials industry reported recently. Already underway, the #iLAuNCHTrailblazer project to develop protective nanomaterial coatings for satellite structures will benefit from this 3D technology to assure the quality and performance of the composite material in space. “The target applications are satellite structures such as struts, booms and reflectors. The primary aim of the project is the development and validation of carbon-fibre/thermoplastic composite structures for these applications with coatings that provide improved radiation shielding and resistance to atomic oxygen degradation,” said New Frontier Technologies Director and CEO, Paul Compston. “We will develop coating application methods that are compatible with our automated composites manufacturing technology to produce structures that are lightweight, to help to reduce launch costs, and have added protection once deployed in the harsh space environment.” Read the article 👇 https://lnkd.in/g2w4EfSg The Australian National University | ANU Institute for Space | InSpace | Australian Government Department of Education | #trailblazers

Simulation solutions are supercharging the Mars packaging development process with potential to cut development time by up to 40%. #packaging #simulation https://lnkd.in/dceBMiJ5

THE FOURTH INDUSTRIAL REVOLUTION (4IR), INVESTING IN HIGH SPEED TRAINS (HSTs), HIGH AND ULTRA HIGH SPEED MAGLEV TRAINS [(HSMLTs) and (UHSMLTs)] IS CRUCIAL FOR MAINTAINING US and EU COMPETITIVENESS IN THE 21st CENTURY. N. Designing the #Linear_Induction_Motor (LIM) Designing Liner Induction Motors (LIMs) for Maglev (magnetic levitation) vehicles is a complex engineering task that involves several key considerations. It is important to note that the detailed design requires expertise in #Electrical_Engineering, #Electromagnetism, #materials_science, and control systems. Here are some general steps and considerations: 1. System Requirements: Define the operational requirements of the #maglev_system, #thrust #speed, #acceleration, and #payload_capacity. 2. Levitation System: Choose the levitation technology, such as electromagnetic suspension or electrodynamic suspension, which often involves superconducting magnets. 3. Track Design: Develop a track design that accommodates the specific needs of the Maglev system. This may include guidance, levitation, and propulsion elements. 4. Linear Induction Motor Design: A. Determine the type of linear induction motor suitable for the application. LIMs are typically categorized as short-primary or long-primary systems. B. Design the stator windings and core for efficient power transfer and propulsion. C. Consider the materials for the stator core and windings, taking into account factors like heat dissipation and magnetic saturation. 5. Magnetic Field Analysis: Perform detailed magnetic field analysis to optimize the motor’s performance, including magnetic flux distribution and eddy current losses. 6. Control System: Develop a control system that ensures stable levitation and precise propulsion. This may involve closed-loop feedback control to maintain the desired position and speed. 7. Power Electronics: Design the power electronics, such as inverters and converters, to efficiently supply power to the linear induction motor. 8. Safety and Redundancy: Implement safety features and redundancy mechanisms to ensure the reliability and fail-safe operation of the Maglev system. 9. Integration with Vehicle Design: Integrate the linear induction motor system with the overall Maglev vehicle design, considering factors like aerodynamics, structural integrity, and passenger comfort. 10. Testing and Optimization: Conduct thorough testing and optimization to validate the design and improve performance. It’s important to collaborate with experts in the relevant fields and adhere to safety standards during the design process. Regulatory compliance and environmental considerations should be taken into account when developing Maglev systems. This Post is related to the subject matter as presented above. For more information see the link below. It is at least 8 minutes read out.., but if you are interested ...it is worth your spent time. https://lnkd.in/envG5h7i https://lnkd.in/euhB6_RS

https://lnkd.in/gvNX89W7 Modeling and Simulation of Wind-Assisted Propulsion with the 3DEXPERIENCE Platform By leveraging wind propulsion-assisted technologies, the maritime industry can address environmental challenges, improve operational efficiency, and contribute to a more sustainable future for global shipping.

A wonderful success story for Quanscient.allsolve. Get in touch to try it for yourself! #simulations #multiphysics #quanscient #electromagnetics #electricmotors

💎Experience precision like never before in coated glass assessment. 🔬 Ocean™ includes advanced features such as meticulous glass property modelling, handling of angular optical data, and innovative polarization simulations. Offering spectral versatility, adaptive scenario simulations, and nuanced handling of polarized characteristics, Ocean™ is a revolutionary technology to experience the transformative impact of ray tracing software on the architecture landscape. It paves the way for precision, realism, and adaptability for coated glass design applications. 📸 Generate visually stunning simulations and bridge the gap between virtual predictions and actual outcomes. 👉 Read more in the full article: https://lnkd.in/eskHXTG4 #coatedglassvisualization #polarization #predictiveimages #angularopticaldata #engineering #eclatdigital #innovation #optical #science

Happy to share this insightful article highlighting Ocean™ capabilities in coated glass visualization. As it considers essential elements such as glass volumetric, surface properties, as well as angular optical data and polarization, it ensures accurate prediction of the appearance of coated glass components. Take a look at the transformative potential of Ocean™ for the glass coating industry and architectural design. 👇 

Simulation work cycles down to a fraction of the time with three times more accurate results. That's what skyTran and Iana Volvach, PhD achieved with Quanscient.allsolve in the design cycles of their MagLev based motor design. Read more about it here: https://lnkd.in/gRi4guJj And get in touch if you'd like to see similar results in your simulation workflows! #multiphysics #fea #electricmotors

🔄 When simulation is fully automated and embedded, you can put it "in a loop," and then design possibilities are endless (pun intended)! 🚀 Modern computational design tools, including Generative AI, 🤖 can help explore vast design spaces, but only if the generated designs can be automatically simulated, tested, and validated. ✅ With Intact.Simulation, you can run automated simulation in a loop with no manual intervention, empowering your applications and unlocking the creative powers of the designers. In this example, Intact.Simulation automatically evaluates all 300 designs submitted to the GE Aerospace bracket challenge competition. (🧐 More details on automation for the GE bracket design challenge in our upcoming blog.). But without any meshing, preprocessing, or human in the loop, Intact.Simulation scales to evaluate and optimize thousands, millions, or more (!) designs at a push of a button. 🖱️✨ 📍Check out the link to learn more about Intact.Simulation for Automation (https://lnkd.in/gRWRxfGf) and stay tuned for more to come! #computationaldesign #parametricdesign #designchallenge #embeddedsoftware #FEA #simulation #generativedesign  #design #stressanalysis #thermalanalysis #vibrationanalysis #structuraldesign #additivemanufacturing #generativeai #rhino3d #rhinoceros3d #grasshopper3d #aerospaceengineering

Digitally transforming aerospace inspections with 3D imaging technology.🔎 “Bloc’s Inspector is currently enabling aerospace companies to revolutionise quality checks and how they utilise such data to both avoid expensive repairs and improve asset lifespan, safety, and performance. The enhanced ability to create and visualise the history of parts in 3D will provide an additional layer of intelligence that will further bolster preventative maintenance, and NeRFs will be key.” Frank McQuade, Director of Products at Bloc Digital.💬 Explore our unique range of engineering-focused SaaS products!⬇ https://lnkd.in/e7thicfC REACH OUT TO THE TEAM💡 +44 (0)1332 265800 | enquiries@bloc.digital | https://bloc.digital/ University of Derby Aerospace Technology Institute NATEP - National Aerospace Technology Exploitation Programme #Inspector #3d #nerf #products #aerospace #engineering #fleetmanagement #machinelearning #inspections #research #innovation #neuralradiancefields #blocdigital