Shavone Charles, Head of Diversity and Inclusion Communications, TikTok and Founder, Future of Creatives Wayne Brady, Producer, Actor and Musician, and Founder, Makin’ It Up ProductionsĪnthony Capuano, CEO, Marriott International Judd Apatow, Director, Writer, Producer, Author, Apatow Productions Also on the line-up are more than 50 Fast Tracks to choose from-offering behind-the-scenes tours of some of the most creative companies and institutions around New York City.įor the first time in Festival history, Fast Company is introducing Taste of Innovation, a one-of-a-kind culinary experience showcasing New York’s powerhouse chefs and some of the best eats and libations in the city.
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Innovation Festival attendees will design their own agendas, selecting from a series of high-level keynote conversations and thought-provoking discussions and workshops being held at Convene (225 Liberty Street, New York, NY), where attendees can connect with the Fast Company team and each other. The Festival will also feature a variety of purposeful networking sessions to help attendees effect positive change in their careers and industries. Over the course of the week, the festival’s theme of “Innovation Unbound” will bring together leaders, creators, inventors, founders, and artists who are turbocharging innovation in 2022 for bold conversations, hands-on workshops, and exclusive tours inside innovative companies. The knowledge we gained with Inspire helped us to take a different approach and will definitely help us to push the design of the components closer to their limits.Fast Company announces its 8th annual Fast Company Innovation Festival, taking place September 19-22 in New York City. Without Inspire, we would not have been able to achieve these results in such a short time frame. “We quickly received the results we had hoped for to reduce the wall thickness, while maintaining the stiffness of our steel frame. “Altair Inspire simplifies simulation and provides fast and accurate results,” says Meinecke. In addition to reducing wall thickness by up to 15 percent, the Inspire results also implied that there is still room for improvement within safety regulation parameters. As a result, the team lowered the steel frame’s weight while maintaining its stiffness.
Thanks to Inspire, Urwahn studied the existing framework concept, detected limit values, and reduced wall thicknesses significantly by testing different load case scenarios on the structure. Using the integrated topology optimization solver within Inspire enabled Urwahn to push the material usage limit, thereby reducing weight and costs, while keeping stiffness and other boundary conditions on target. In each scenario, Urwahn engineers studied the behavior of the 3D-printed parts and explored the impact of the material distribution on overall system behavior, aiming to minimize weight.
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To meet DIN ISO 4210’s safety requirements, they simulated five load cases on the steel frame structure (three dynamic tests with vertical, horizontal and alternating forces, and two static tests of the frame and fork). Thanks to Inspire’s intuitive user experience, the Urwahn team got started right away, without needing specialized training. Under a special program for start-ups, Urwahn received access to Altair Inspire, a powerful, easy-to-use topology optimization platform for design and engineering throughout the product development process.
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Best known as the creator of HyperWorks CAE software, Altair provides software and cloud software for simulation, internet of things, high performance computing, data analytics and artificial intelligence. Altair is a multinational information technology company headquartered in Troy, MI.
Simulation and analysis software from Altair Engineering Inc. Urwahn needed a platform that could help the team identify structures they could improve, study various components in terms of the existing load cases prescribed by DIN ISO, and recommend an optimized lightweight design in a timely manner. However, engineers team could not rely on their existing simulation software, since the process they needed to map was too complex and time-intensive. The primary goal was to reduce the frame weight by pushing areas like 3D-printed tubular and connecting elements to the limits while still guaranteeing product safety. In 2020, when supervising a bachelor thesis on topology optimization and the redesign of an urban bike frame to reduce the wall thickness, Urwahn engineers needed simulation and analysis software that could optimize the steel frame’s build structure. To meet these seemingly opposing requirements, Urwahn has always relied on simulation software. While bikes must meet many requirements to comply with DIN ISO 4210 safety standards, they must also be as light as possible to reduce raw material usage and create the best possible user experience.