This edition features insights on how manufacturing engineers and designers are taking new approaches to vehicle architectures and production to integrate lighter, more efficient materials – especially for EVs – to reduce weight and improve sustainability. Featuring Ford, Gestamp, Rio Tinto, ArcelorMittal, Dreistern and more
Owain Davies, Vehicle Architecture Leader, Steel E-motive project, discusses how AHSS is improving high voltage battery design and integration in electric vehicles for MaaS applications
Lightweighting has become one of the most important features when it comes to designing EVs. As calls for more sustainable production practices become louder, creators are looking at new innovative ways to lighten the load.
There is a new impetus to save weight as vehicles become powered by electric powertrains. Reducing the weight of a vehicle by optimising the mix of materials and the application in design is now a key focus.
This livestream investigates how designers and engineers at Ford, Gestamp and key suppliers are using innovative materials and creating lightweight architectures, including for models like the Ford F-150 Lightning and Maverick compact truck.
The sustainability of the supply chain is a high priority for car makers and tier suppliers. To find out how this is impacting materials suppliers AMS spoke with two experts from SSAB, Thomas Hörnfeldt, vice president for sustainable business and Robert Ström, senior design expert at the company’s Knowledge Service Centre.
Last year ArcelorMittal set out its strategy for decarbonising steel production. The steel producer has now launched a number of new initiatives to support this under the XCarb brand.
Reducing carbon emissions throughout the automotive supply chain and production process is a priority for vehicle makers. Last year ArcelorMittal set out its strategy for decarbonising steel production. The steel producer has now launched a number of new initiatives to support this
The development of electric vehicles is seeing the increasing use of materials with particular properties. Stainless steel is one example that offers applications in body structures and drivetrains
Chassis components keep the wheels from falling off the EV revolution. Illya Verpraet found out how Gestamp is managing the change with material and quality control innovation
ArcelorMittal’s study on smart steel solutions for chassis can extend range, reduce costs and emissions, explains Jean-Luc Thirion, head of ArcelorMittal’s Global R&D for Flat Products, and Paul Brettnacher, CMO of Automotive and Packaging for ArcelorMittal Europe – Flat Products.
Steel is not only familiar and affordable, it’s also highly recyclable, so James Bakewell asks whether there are any more gains to be made in making it more sustainable
At last week’s inaugural AMS livestream, Scania’s Mathias Wijkström was joined by ArcelorMittal’s Hugo Da Gama Campos to discuss making automotive production greener and how it is vital to put sustainability at the heart of the production system.
Sometime after 2025, the first car featuring steel components will be produced via a fossil-free production process. What automakers and Tier 1 suppliers need to know now
This AMS Livestream Hour episode discusses how automotive manufacturers are making their plants and value chains more sustainable through new processes and technology, with special guests including Scania and ArcelorMittal. Watch and download slides.
AMS Environment and Sustainability 2020 – Greener production, battery recycling, decarbonising materials and more
For the automotive industry environmental sustainability is not just important for the vehicles they produce, it is also a key factor in the production process. This edition of AMS takes a close look at sustainable production, utilising recycled materials and renewable energy sources
A key challenge for automotive materials producers is to lower the carbon footprint in the production process to ensure this contributes to meeting Paris Agreement targets.
Watch: The latest technology from Coherent solves your most challenging welding tasks in e-mobility battery manufacturing
A major leap in fiber laser welding technology that can significantly improve your productions processes.
As the automotive manufacturing industry adapts during fast-changing times, steel has a major role to play