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Automotive Performance Engineering

Automotive Performance Engineering

Successfully handling today’s vehicle design challenges, such as balancing fuel economy and energy efficiency with performance, requires innovative designs that are explored digitally and confirmed physically.

By offering a wide range of simulation and testing solutions, as well as engineering services, Siemens Digital Industries Software helps you solve difficult design decisions. The combined leverage of test and simulation to support performance engineering and mechatronic system validation brings on the concept of the digital twin - best of class modeling, best of class testing or combination there-off - which is a key enabler to delivering solutions to frontload performance engineering and design right the first time.

Successfully handling today’s vehicle design challenges, such as balancing fuel economy and energy efficiency with performance, requires innovative designs that are explored digitally and confirmed physically.

By offering a wide range of simulation and testing solutions, as well as engineering services, Siemens Digital Industries Software helps you solve difficult design decisions. The combined leverage of test and simulation to support performance engineering and mechatronic system validation brings on the concept of the digital twin - best of class modeling, best of class testing or combination there-off - which is a key enabler to delivering solutions to frontload performance engineering and design right the first time.

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The digital twin for automotive performance engineering: mastering the engineering complexity of smart, connected vehicles

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Vehicle Performance Engineering

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Emissions reduction, new mobility as well as market globalization have changed the way manufacturers design, engineer and produce vehicles. The race to develop driverless cars is on, and automakers must also focus on developing low-emission vehicles that deliver competitive performance to ensure their brand image in the global marketplace. Vehicle performance engineering departments have to support the vehicle program and vehicle platform managers with simulation and test-based verification and validation in various stages of the vehicle development, from early program to prototype and pre-production sign-off for vehicle driving experience performances.

Siemens Digital Industries Software supports these engineering departments with a model-based development approach fully capable of handling a mechatronic system’s complexity. Our multi-attribute solutions allow engineers to explore digitally and confirm physically a vehicle that balances all of these performance considerations.

Vehicle Performance Engineering

On-Demand Webinar

Efficient road load data acquisition

Acquiring realistic road load data on proving ground

A successful vehicle durability engineering process starts with gaining a precise understanding of the loads that products will undergo during their anticipated lifetime. Road load data acquisition (or RLDA) is an excellent method for measuring precise vehicle response.

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