Smart Molding International 2-2024

16 smart_molding international 2/2024 newsfeed The leading CAE simulation service Ultrasim® celebrates 25 years of pioneering virtual engineering for customers Powered by unique and ultra-accurate simulation methods, extensive material data, and easy-to-access web services, the computer-aided engineering (CAE) competence Ultrasim® creates an unparalleled offering for BASF customers. As a pioneer in the field, BASF introduced the first integrative simulation capability for plastics in 1999, laying the foundation for what is today a strong global network of CAE simulation services. In 2024, Ultrasim® celebrates 25 years of helping customers use BASF plastics and foams to develop sustainable innovations in industries ranging from automotive to appliances, footwear, furniture, renewable energies, and more. Pioneering CAE simulation for plastics and foams since 1999 “The late 1990s were an exciting time”, Stefan Glaser, today Vice President Simulation Engineering & Ultrasim®, recalls. He had joined BASF in 1996 to develop BASF’s integrative simulation capability and prepare its launch. “It was a completely new way of thinking. The internet opened up new possibilities, Google went live in 1998, and we at BASF already thought about connecting the data of our plastic materials and use them to optimize our customers’ products. This was truly pioneering work.” In 1999, BASF launched its integrative simulation capability, which was soon rebranded Ultrasim®. Since then, the Ultrasim® competencies have expanded continuously: “In the last 15 years, we added at least one new simulation capability to our Ultrasim® portfolio per year to address new applications of our plastic materials”, Glaser shares. Today, Ultrasim® provides simulation services for process design (filling and foaming simulations) and mechanical design (static and crash analyses). The plastics are described with accurate material models that cover a wide range of phenomena like the dependence of the material response on strain rate, temperature, moisture content and, in particular, its processing. 25 years of helping customers develop sustainable innovations “The track record of Ultrasim® is impressive”, acknowledges Josef R. Wünsch, Senior Vice President Research & Development Performance Materials, “Over the past 25 years, we have helped our customers from a wide range of segments to drive exciting innovations in their fields using our high performance materials – be it energy absorbers and engine mounts in cars, materials for battery packs, photovoltaic connectors, sport shoes, wheelchairs, and many more.” Regardless of the target application, all customers enjoy valuable benefits from using BASF’s simulation services: Ultrasim® helps them achieve a more sustainable part development with less waste, time, and energy. This results in lower costs and higher performance of their products. Customers can rely on the global network of Ultrasim® simulation experts who work hand-in-hand with the respective technical development colleagues at BASF to deliver optimum service tailor-made to the customers’ specific needs. The pioneering story of Ultrasim® continues into the future “Ultrasim® has been a true success story – and it doesn’t stop now”, shares Wünsch, “We continue to develop our offering and have recently revolutionized the field of CAE material simulation again: with our Ultrasim® Web Services making it a real customer experience.” Ultrasim® has pioneered the world of web-based simulation services to seamlessly integrate BASF’s material and part design knowledge with customers’ in-house development processes: The Ultrasim® Web Services offer simulation services as easy-to-access and 24/7 available web apps. The apps’ interfaces are streamlined for specific industry challenges and come with integrated support, which enables cost-effective collaboration between customers and BASF simulation experts. BASF www.basf.com