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Connecting Physical and Virtual Testing in Automotive Durability

The process of developing durable automotive products has changed over the years. Traditional product development practices have relied heavily upon designing parts, building prototypes, and then physically testing them to prove or improve durability. This 'build-break-fix' loop presents challenges to program cost and timing.

The addition of computer-based structural simulation can yield benefits in reduced risk of failure and improved time to market. Computer aided engineering (CAE) software's predictive powers allow engineers to accelerate development by assessing and optimizing designs in the virtual world of the digital twin. Correlation between physical test and computer simulation is critical to gain confidence and leverage CAE's strengths.

This webinar will investigate HBK's solutions in the automotive product development space: from preliminary design, to virtual test and simulation, physical validation testing, and correlation.

Date: 16th October - 10 am EDT / 4pm CEST 

Presenters: Kurt Munson and Christof Salcher 

Duration: 1 hour

Language: English

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