A collaborative approach to achieving automotive plastics circularity
Dow, Mura Technology, and Jaguar Land Rover experts explain how the automotive industry can work together to achieve plastics circularity.
Materials
The advantages of converting a steel-intensive vehicle body to aluminum
Mark White, Technical Director of Alumobility, presents the results of a study converting a steel-intensive body-in-white (BIW) to a fully aluminum BIW.
Lightweight and sustainable solutions for electric vehicle acoustics
Dow’s Mehtap Kaplan and Karou Aou present innovative and sustainable acoustic solutions for today’s complex interior and exterior vehicle applications.
E-mobility transformation: unlocking the toolbox by using selective adhesion LSR to solve fabrication challenges
Experts from Dow introduce a liquid silicone rubber solution that improves efficiency when designing and fabricating various automotive applications.
From carbon footprint to the future: CO2 compliance as a mandatory entry ticket to markets, customers and financing
Experts from AVL and Strategy Engineers explain how companies can practically measure their CO2 footprint, which governance structures are proven, and how a structured funnel process can optimize product development.
How to drive the circular economy in the automotive sector
Experts from Ricardo discuss the key drivers for circularity and provide practical advice on deploying circular economy business models and applying life cycle assessment to inform decision-making.
How aluminum delivers cost savings and a smaller carbon footprint to last-mile deliveries
Karisma Leftinger, Mark White and Phil Dodge share the findings of a new Alumobility study showing aluminium’s important role in the logistics industry.
Improving thermal conductivity in automotive and 5G ecosystem electronics
Dow’s Fumi Nishida and Alejandro Boué explain how to protect and enhance the efficiency of electronic components using a new thermally conductive gap filler.
Friction brakes for future mobility applications
Continental’s Sebastian Amirioui outlines the future of friction brakes and provides insight into innovative disc and drum brakes solutions for electric and autonomous vehicles.
Circularity in transportation
Experts from Novelis, Pirelli, Cox Automotive, and The Ray, a proving ground for the transportation infrastructure of the future, discuss the circular economy.
The rise of composites in ICE and EV powertrain applications and suspension mounts
BASF’s Chris Korson and Ricardo Mercado discuss the differences in material behaviour when using composites instead of aluminium in ICE and EV powertrain applications.
End-of-life: a new beginning in automotive
Jamie Zinser and Derek Prichett of Novelis explain how automakers can use collection and sorting technologies to reduce energy consumption and increase their recycled content in vehicles.
Innovative polyurethane solutions for automotive sustainability challenges
Huntsman’s Shpresa Kotaji and Christian Aguilar explain how innovative polyurethane solutions can help automotive manufacturers to reduce their materials carbon footprint.
NVH solutions in PU for increasingly demanding EV applications
BASF’s Marc Ingelmann presents market-ready solutions with Cellasto® components that deliver superior noise, vibration and harshness (NVH) optimization for EVs.
Critical sealing and thermal interface material solutions for battery systems
Datwyler’s Andreas Proksch and Dr. Amir Yazdani discuss 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.
The pathways to sustainable electric motor design – part one
Lee Rogers and Ahmed Elmekkawi explain DSD’s approach to engineering sustainable eMachines.
Overcoming challenges in electric vehicle propulsion development
BASF’s Ivy Fang and SweeJin Saw examine the importance of compact and durable design when overcoming challenges in modern electric vehicle propulsion development.
Detecting and modelling defect structures in electric vehicle battery cells
Bob Zollo of Keysight Technologies presents new technologies for detecting and modelling defect structures to increase cell quality and higher manufacturing yield.