At a time when automakers are going for a multi-variant product mix strategy to enhance their offerings and sales, they also look at manufacturing higher quality products at a relatively lower price and in less time. To put this in real-time, durability engineering departments need to test more use cases with much more accuracy to meet the business requirements.
More so, R&D departments need to come up with solutions and answers on how to engineer for a bumpy road and at the same time for a brand-new highway? How can they continue to reduce weight, avoid overdesign and compensate for new materials?
Reliable structural durability test scenarios require accurate and dependable load assessment in real-life operating conditions and on proving grounds.
To share insights on how to gain a precise understanding of loads that products will undergo during an anticipated lifetime, capture customer usage, and define customer profiles, Siemens Digital Industries Software and Mobility Outlook have organised a five-day webinar series on Durability Test.
The webinar covers topics such as hybrid durability engineering, durability fundamentals, test-based load determination, road load data acquisition, load and fatigue analysis, test schedule creation, and predictive maintenance to depict future failures.
The webinar has five exclusive knowledge sessions that kickstart today and go on till August 12, 2021. It will be conducted by the subject matter experts from Siemens Digital Industries Software - Kumaraswamy S, Testing Solutions and Engineering Consulting, Gert Frans, Business Development Manager, Data Analytics and Durability and Ralg Leis, Business Development Manager, Data Analytics and Durability
R & R&D Engineers and professionals from the automotive industry can learn about customer usage, understand the damage potential of acquired loads, learn best practices from real application examples, which can help them to set realistic targets and test procedures within vehicle development.
To get free to the webinar series, register here.