Critical sealing and thermal interface material solutions for battery systems
Datwyler’s Dr. Katherine Zhang discusses innovations in new mobility battery applications, from critical sealing solutions to effective thermal management.
Aluminum body side outer panel design and manufacturing guidelines
Experts from Alumobility demonstrate how a one-piece BSO can be produced in aluminum based on existing steel geometry while respecting the design and package space and achieving significant weight savings.
Aluminum body side outer panel design and manufacturing guidelines
Experts from Alumobility demonstrate how a one-piece BSO can be produced in aluminum based on existing steel geometry while respecting the design and package space and achieving significant weight savings.
Innovative services solutions for tire NVH engineering
Dave Bogema and Rabah Hadjit explain how the combined services solutions of VI-grade and HBK support tire NVH engineering for noise source characterization, exterior noise and subjective evaluation of virtual prototypes.
The hidden world of the composite chassis
BASF’s Chris Korson explains the benefits of using composite chassis solutions in modern vehicles, especially when developing electric vehicle architectures.
Spot joining technologies for light-weight materials in body structure assembly
Experts from Alumobility demonstrate the value-in-use and performance of joining scenarios for aluminum-intensive vehicles.
Spot joining technologies for light-weight materials in body structure assembly
Experts from Alumobility demonstrate the value-in-use and performance of joining scenarios for aluminum-intensive vehicles.
Innovative lightweighting solutions for sustainable commercial transportation
Nando Tedeschi and Guido Broder of Novelis present aluminum solutions aimed at helping commercial vehicle designers achieve lower mass, lower cost and efficiency targets.
Surface treatment and coatings solutions for eMobility
Olaf Dahlenburg and Audrée Andersen of BASF present innovative new products and surface solutions for EV batteries and car bodies.
Revolutionary metal injection molding technology for cost-effective automotive part production
BASF’s Johanna Wallot, Sven Fleischmann, and William Thorne present a revolutionary metal injection molding feedstock that enables cost-effective production of geometrically sophisticated devices on conventional machines.
Steel E-Motive: vehicle structures for autonomous mobility as a service
Neil McGregor of Ricardo and WorldAutoSteel’s George Coates showcase how steel solutions can address the challenges of developing MaaS vehicles that meet future mobility challenges.
Unleashing the potential of lightweight construction by using appropriate connections between composite materials and metals
Tobias Speth and Sebastian Klein explain how the combination of composite materials with metal parts can be enabled by increasing the static friction coefficient.
Next-generation aluminium EV battery enclosure solutions
Experts from Novelis discuss innovations in the engineering of aluminium sheet intensive EV battery enclosures.
(Future) passenger car interior concepts
BASF’s Mark Staniford explains how the change of mobility will affect the car’s interior and compares today’s necessities with those of the future.
High-strength aluminum applications for a battery electric SUV: the B-pillar example
Mark White, Thorolf Schulte, and Jean-Philippe Masse discuss Alumobility’s latest aluminum auto body sheet study and how an aluminum b-pillar can save significant weight in a battery electric SUV.
How to meet future vehicle NVH requirements
BASF’s Marc Ingelmann and Mark Staniford explain how OEMs can reduce airborne and structure-borne vehicle noise using optimum material combinations and innovative NVH solutions.
Chemistry-driven innovations for eMobility
BASF’s Dr. Sandra König and SweeJin Saw present a selection of future-proof technologies and solutions that are helping to make the electric vehicle safe and efficient.
Discover the next generation of aluminum vehicle doors: lightweight, affordable and built for a circular economy
Experts from the newly established Alumobility consortium discuss the vehicle door architecture and the benefits of designing with lightweight, sustainable aluminum.
Discover the next generation of aluminum vehicle doors: lightweight, affordable and built for a circular economy
Experts from the newly established Alumobility consortium discuss the vehicle door architecture and the benefits of designing with lightweight, sustainable aluminum.
How can we increase sustainability along the vehicle life cycle? Focus: use phase
Experts from Dow MobilityScience™ discuss how material science can help vehicle manufacturers and their suppliers lower the environmental footprint of vehicles.