Steven Hornyak’s Post

Excited to share a fantastic article by Peter Donaldson on motor development and manufacturing! In it, Peter delves into the cutting-edge advancements and intricate processes that drive the evolution of electric motors. Having had the opportunity to contribute to this article, I shared my experiences at iNetic, where we develop a diverse range of electric motors for automotive, marine, industrial, aerospace, and other applications. Our work at iNetic focuses on pushing the boundaries of efficiency, reliability, and sustainability in electric motor technology. Check out the article to learn more about the innovations shaping the future of motor development and the impact they have across various industries. It's an insightful read for anyone passionate about the advancements in e-mobility engineering. Read the full article here: https://lnkd.in/egxnFCs3 #EMobility #ElectricMotors #Innovation #Engineering #Sustainability #Inetic

🚀 We're now at Part 3 of the 4-part blog series presented by our founder, Peter Leijnen. In this blog post, he discusses the four challenges addressed by Traxial's axial flux motor technology: 1. Thermal Challenges 2. Design Challenges 3. Mechanical Challenges 4. Manufacturing Challenges Read the full blog: 🔗 https://lnkd.in/eccS5-3N #AxialFlux #electricmotor #innovation

By using Model Based Systems Engineering (#MBSE) to close the loop between real world performance and simulation models, you can effectively develop your next generation of products faster, cheaper and perhaps along the way, discovering new engineering insights. Rather than relying on trial and error and physical tests to validate solutions, explore how one of the oldest Automotive OEM in China, #BAIC Motor, achieved these thru the adoption of Siemens Digital Industries Software Simcenter solutions in overcoming development challenges. Real World meets Digital World! #Xcelerator #DigitalTransformation #Simulation

For anyone interested in the detail of the Traxial (a Magnax company) motor technology I recommend these blog posts, the 3rd of which has just been published and is the most interesting of all. I personally love the simplicity of the design and assembly process even if the individual parts are quite complex and pieces of art. 👨🎨 #engineering #ev #electriccars

Cutting-edge technologies have spurred the brushed vacuum motors evolution, making them smaller, lighter, faster and PERFECT for your next project. Read the article as seen in @AppHVACReport. #WeAreBison #blowers #engineering #productengineering https://bit.ly/43nYbCk

Free xEV Engineering Conference Session: Challenges And Solution For Pick And Place Automation Of Thermal Gap Filler Pads Fujipoly America Corporation Christian Miraglia #ev #electromobility #evs #emobility #electricvehicles #electricandhybridvehicles #futuremobility #sustainability

In battery manufacturing, precision in cell stacking is crucial for ensuring performance, safety, and durability. Proper alignment influences everything from energy efficiency to the risk of mechanical failures. Key Benefits of Precision Stacking: Uniformity: Ensures consistent current distribution, avoiding hot spots and extending battery life. Safety: Precise stacking minimizes the risk of short circuits and thermal runaway, crucial for preventing potential hazards. Performance: Accurate alignment maximizes ionic conductivity, enhancing the battery’s efficiency and output. Scalability: Precision is essential for automating production, facilitating quality and cost-efficiency at scale. Technological Solutions: Automated Assembly Lines: Use robotics and vision systems for exact placement and consistency. Quality Control Systems: Employ technologies like X-ray and ultrasonic testing to ensure alignment and detect defects. Case Study: Application: A leading EV manufacturer uses automated stacking technology, improving production scale and battery quality, resulting in enhanced vehicle performance and reliability. Conclusion: Precision in cell stacking is foundational for advancing battery technology. As demands increase, refining this process remains key to future innovations and safety improvements in the sector. #BatteryTechnology #ManufacturingPrecision #ElectricVehicles #Innovation

Dana Incorporated is highlighting its broad range of next-generation #motionsystems offering superior performance, durability, and #sustainability across the entire spectrum of #industrialapplications at HANNOVER MESSE 2024. Located in Hall 6, Stand D48/1, the company is featuring its recently updated Brevini® #gearboxes and #winches, as well as field-proven GWB® #industrialdriveshafts. It is also showcasing the company’s comprehensive #engineeringcapabilities spanning multiple disciplines, including #mechanics, #hydraulics, #electronics, #electrical, #mechatronics, and #integratedsystems. Emphasizing that the #industrialsector is rapidly reshaping to assimilate #innovations in #Industry40, #automation, #artificialintelligence, and #machinelearning—all with the ever-present drive toward #decarbonization, Jeroen Decleer, Senior Vice President, Off-Highway Drive and Motion Systems, Dana Incorporated, says, “We’re poised right now with a powerful combination of #advancedtechnologies and #consultative approach with customers that enables #industrialenterprises to transform these initiatives into #innovations that move our #worldsustainably.” Dana Incorporated HANNOVER MESSE Deutsche Messe AG Jeroen Decleer #sustainable #gearbox https://lnkd.in/dXSDbrzg

🚀 New Paper Alert! 📝 Title: A Model Predictive Backstepping Control Approach for Angle Tracking of Steer-by-Wire System 🌟 Introducing a revolutionary hybrid control method - Model Predictive Backstepping Control - for precise steering angle manipulation! 🚗 The study tackles the challenge of determining optimal stepping parameters in backstepping control by incorporating the Lyapunov function. Unlike traditional fixed stepping coefficients, it explores the less charted variable approach. 🔬 📊 Stepping parameters are now tunable variables integrated into a backstepping control law, computed via model predictive control. The hybrid algorithm leverages system knowledge to pinpoint optimal values. 🎯 🔍 Comprehensive exploration of model predictive backstepping control in steer-by-wire systems, resolving variable stepping parameters through a cost function. 📊 🚗 Implemented in a steering control unit and validated in real-world tests, the results showcase successful angle tracking within engineering practice. 💪 Read the full paper to dive deeper into new findings! #Engineering #ControlTheory #SteerByWire #ModelPredictiveControl #BacksteppingControl 🔗 https://lnkd.in/gEmjEu_A

🔧 Powering the Future of EVs with Cutting-Edge Solutions 🔧 MG is dedicated to driving innovation in the electric vehicle (EV) industry with our specialized products designed to enhance performance, efficiency, and durability. 🌟⚡️ Discover our comprehensive range of high-quality products tailored for the #EV market: Electrically Conductive Greases: Ensure optimal conductivity and reliable performance for electrical contacts and connectors Dielectric Grease: Protect electrical components from moisture, dirt, and corrosion, ensuring long-lasting reliability and superior performance. Thermal Paste and Gap Fillers: Efficiently manage heat dissipation in electronic components, improving thermal conductivity and ensuring optimal operating temperatures for critical systems. Protective Coatings and Resins: Provide robust protection against environmental factors, extending the lifespan of components and safeguarding against wear and tear. Our products are engineered to meet the rigorous demands of the EV industry, ensuring that every vehicle operates at peak performance. We are committed to supporting the transition to sustainable transportation by delivering solutions that enhance the efficiency and reliability of electric vehicles. #ElectricVehicles #Innovation #Engineering #Tech