In the automotive industry, products and production processes are becoming increasingly complex. This complexity rises within each engineering domain and across disciplines. With the advent of hybrid and electric vehicles, the complexity of engineering and systems management continues to grow exponentially. So how can component and vehicle manufacturers continue to develop their products at the same pace and at competitive cost? Some may be reluctant to abandon tried-and-true processes. Still, the most progressive manufacturers have realized it is time to re-evaluate their approach and develop new processes best suited to today’s demands. The most successful businesses are adopting model-based systems engineering (MBSE), enabling them to remain competitive, agile and cost-effective while tackling the challenges of quality, increased regulation and sustainability.

Download today to learn how MBSE can improve vehicle development.

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The calibration process of an electronic control unit (ECU) is designed to find optimal values for ECU parameters. This process is an essential element in the development process and has become a critical aspect of overall vehicle performance and behaviors. The main challenges in calibrating complex ECUs are calibration parameters, work-split between entities and model variants for different vehicles. Accordingly, companies require solutions that combine human expertise and easy data handling to manage complex calibration tasks. In this white paper we introduce an efficient toolchain for performing calibration and measurement processes that facilitate adapting vehicle systems to a variety of vehicle models or system variants. Additionally, we explain the required data model in different
parts of the toolchain.

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Architecture analysis, whether it is a powertrain architecture or a cooling system architecture, ensures that the system architectures are aligned with desired requirements and that all the possibilities are thoroughly explored. It is an essential aspect of Model-Based Systems Engineering, (MBSE), an approach where all requirements are captured and converted into a model showing the relationship between function and requirements.

In this article, an architecture analysis technique is explored utilizing generative engineering within the realm of MBSE. A case study of cooling architecture analysis for electric vehicles (EVs) is showcased demonstrating
the practical application of these techniques.

Download today to learn how to quantify millions of architectures virtually.

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This gap between potential and realization highlights the need for an informed perspective on MBSE. By understanding the barriers to success, identifying best practices and fostering collaboration, automotive stakeholders can overcome challenges and unlock the full potential of MBSE. Embracing these perspectives enables organizations to navigate the complexities of implementation more effectively, driving sustainable growth and competitive advantage in a dynamic industry.

Download today to learn how to Embrace MBSE to drive sustainable success.

The post Simulating success with MBSE appeared first on Engineering.com.

Modeling and simulation is being used to analyze, develop, and optimize power cable designs around the world. From the bottom of the ocean to deep underground, cables are subjected to various pressures and temperatures. This is where multiphysics simulation has been particularly helpful, providing engineers with insight into the complex environments and conditions to which cables are exposed.

Topics include:

• Subsea cables for powering offshore wind farms
• Underground cable routes for the power grid
• 3D modeling of armor losses in high-voltage cables
• Efficient grid operation and maintenance with simulation apps

To download your free ebook, fill out the form on this page. Your download is sponsored by COMSOL.

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Developers, however, can start to blend the physical and digital realms via technologies like virtual reality (VR), augmented reality (AR) and mixed reality (MR) — collectively referred to as extended reality (XR). But this dream is still in its infancy. As a result, developers need guidelines to ensure they are going down the correct path when creating XR experiences.

In this 7-page ebook, developers will learn:

• How XR is bound to change industry.
• Which challenges exist when making XR experiences for industry.
• Six best practices to keep the development of industrial XR experiences on track.
• How Unity can help make industrial XR experiences a reality.

To download your free ebook, fill out the form on this page. Your download is sponsored by Unity Technologies.

The post 6 Best Practices When Developing XR for Industrial Applications appeared first on Engineering.com.

Variable frequency drives (VFDs) have become an essential component for success in today’s new world of technological innovation and possibilities. This eBook will introduce you to:

• BENEFITS: The ability to dynamically vary the speed and torque of electric motors comes with a number of reward benefits
• CAPABILITIES: Discover why VFDs have built-in PLCs and how the integration of the two devices reveals advanced capabilities and drive flexibility for a range of complex applications
• SOLUTIONS: Read industry examples on how organizations are leveraging the special features of modern VFDs to raise the competitive bar and realize even greater pay back

Download this eBook and learn the reasons to use VFDs and how other industry professionals are reaping the rewards and getting more value from their VFDs.

Your download is sponsored by Mitsubishi Electric.

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In the healthcare industry, computational modeling and simulation (CM&S) is gaining in use for understanding, designing, and optimizing medical devices and processes, allowing for efficiently tackling key questions related to patient safety, product quality and effectiveness, and regulatory compliance. Multiphysics simulation, in particular, helps engineers to accurately represent how devices and drugs interact with the human body.

In this eBook, you will learn how four teams from around the world are using CM&S to create safe and effective medical devices while reducing costs and the need for in vitro and in vivo testing.

Topics include:

• MRI Systems
• Ablation Technology
• Safety of Medical Implants
• Wearable Systems
• Hemocompatible Pump
• Design Optimization

Your download is sponsored by COMSOL.

*Please see www.comsol.com/privacy for COMSOL’s Privacy Policy. Contact COMSOL at www.comsol.com/contact for more information. Note that COMSOL will follow up with all registrants about this eBook and any related questions.

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The success of a global transition to electric vehicles (EVs) depends on organizations that research and develop electric motors, alternative fuel supply, components, and charging solutions.

In this eBook, you will learn how car manufacturers and industry suppliers alike are using modeling and simulation as part of their R&D and design process.

Topics include:

• Rotors for electric drives
• Flexible wireless charging systems
• Hydrogen fuel cell development
• Power magnetic devices
• Three-phase inverters and DC link capacitors

Your download is sponsored by COMSOL.

*Please see www.comsol.com/privacy for COMSOL’s Privacy Policy. Contact COMSOL at www.comsol.com/contact for more information. Note that COMSOL will follow up with all registrants about this eBook and any related questions.

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• Start-up processes, including engineering software, to ensure production begins quickly
• Predictive maintenance solutions to reduce unplanned downtime during production
• Data collection, reporting, and analysis to consider improvements at the machine’s peak performance

All-in-one solutions that span the engineering process from start-to-finish enable you to get more value with less effort. Download the eBook to learn more about how your organization can:

• Streamline commissioning time
• Reduce time-to-market
• Cut downtime and maintenance costs
• Optimize runtime
• Lengthen machine life

Your download is sponsored by Mitsubishi Electric Automation.

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