Explore how Formula 1's 2026 active aerodynamics and McLaren's brake-cooling innovations demonstrate the engineering challenges of balancing downforce, drag, thermal management, and vehicle performance through advanced mechanical design, CFD, and testing.
Explore how engineering innovations in NFL football cleats and helmets improve player performance and safety through optimized traction, rotational resistance, impact protection, advanced materials, and biomechanical testing.
Johnson & Johnson's FDA-authorized OTTAVA Surgical Robotic System introduces table-integrated robotic arms and synchronized motion, highlighting advances in precision engineering, surgical technology, and operating room efficiency.
NASA's 2026 lunar rover developments highlight advances in vehicle mobility, innovative airless wheel technologies, and robotic exploration, demonstrating how engineering and testing are shaping the future of Moon missions.
Generative AI is revolutionizing product development at Ï㽶ÊÓƵ—slashing design time, optimizing costs, and accelerating innovation. Discover how AI-driven tools like nTopology and digital twins transform engineering workflows from concept to manufacturing.
Are you looking to create superior elastomers for your product design? Look no further! In this blog post, we'll uncover the secrets of various testing techniques used for developing elastomer material constants. Plus, we'll delve into the benefits of using nonlinear FEA analysis for even more accurate results. Let's unlock the potential of elastomer production together!