Transforming the Future of Vehicle Manufacturing
Altair has embarked on an exciting new venture alongside Aston Martin and Sarginsons Industries, focusing on sustainable vehicle manufacturing. This innovative project, called the Performance Integrated Vehicle Optimization Technology (PIVOT), comes with a funding of £5.8 million, with the goal of creating lighter and more environmentally friendly vehicle components.
Harnessing the Power of AI and Recycling
At the heart of this initiative is Altair's cutting-edge AI technology, which paves the way for vehicle structures crafted entirely from 100% recycled cast aluminum. These new designs are expected to be as much as 30% lighter, improving vehicle efficiency significantly while achieving an impressive 95% reduction in carbon emissions. The project combines groundbreaking artificial intelligence and simulation techniques, promising to transform the automotive manufacturing landscape.
Collaboration with Key Industry Players
Sarginsons Industries is leading the PIVOT project, collaborating with an array of partners including Brunel University London and metal recycling specialists GESCRAP. This partnership is set to develop innovative software that integrates casting simulation, topology optimization, and AI technologies. These new tools will enable manufacturers to refine their designs for better weight management, structural strength, and manufacturability, marking a significant step forward in automotive engineering.
Paving the Way for a Sustainable Automotive Future
Sam Mahalingam, Altair’s Chief Technical Officer, highlights the significance of this collaboration for the automotive sector. He states, "This partnership showcases how our technologies help create more efficient and sustainable vehicle components. Our goal is to reduce environmental impact while supporting a greener automotive future." Through the use of recycled materials and innovative manufacturing methods, the PIVOT project seeks to tackle the challenges associated with mechanical weaknesses in recycled materials, ensuring they provide lasting reliability and performance.
Project Funding and Economic Impact
The PIVOT project is partially funded by a £2.9 million grant from Innovate UK and the Advanced Propulsion Centre (APC), making it a vital part of the effort to lower carbon footprints in the industry. Leveraging advanced grain refinement techniques from Brunel University London, this project aims to successfully apply secondary alloys to produce strong structural components for vehicle chassis systems.
Revolutionary Innovations in Manufacturing
Mark Nunan, Managing Director of Sarginsons Industries, emphasizes the importance of the PIVOT initiative: "We're pushing the limits of what is achievable in casting technology. With Altair's groundbreaking solutions, we are dedicated to creating vehicle components that are not just lightweight and strong but also considerably eco-friendly." This project is set to illustrate how advanced technologies and recycling can redefine automotive manufacturing, significantly reducing its environmental impact.
About Altair
Altair stands out as a global leader in computational intelligence, offering advanced software and cloud solutions in simulation, high-performance computing (HPC), data analytics, and artificial intelligence. With a mission to drive smarter decision-making, Altair partners with industries around the globe to boost competitiveness and support sustainability efforts. To learn more about their initiatives, visit www.altair.com.
Frequently Asked Questions
What is the PIVOT project?
The PIVOT project is a £5.8 million initiative designed to create lighter and more sustainable vehicle components by using 100% recycled cast aluminum.
Which companies are involved in the PIVOT project?
Key partners in this project include Altair, Aston Martin, Sarginsons Industries, Brunel University London, and GESCRAP.
How does Altair's technology contribute to the project?
Altair employs AI-driven engineering technology, which enhances the efficiency of vehicle components while significantly reducing both their weight and environmental impact.
What are the expected outcomes of the PIVOT project?
The project seeks to establish innovative manufacturing processes that rely on recycled materials, ultimately leading to a more sustainable automotive industry.
How is the project funded?
The PIVOT project receives £2.9 million in funding through a grant from Innovate UK and the Advanced Propulsion Centre (APC).
