ANSYS Advantage - Volume VII, Issue 2, 2013

ANSYS Advantage IX I2 2015 - SIMULATION FOR THE AUTOMOTIVE INDUSTRY

Spotlight on Robust Design and Product Integrity

Engineers can reduce design uncertainty and the risk of failure by using simulation to understand how products will actually perform under a broad spectrum of real scenarios. Reliability-driven product development or robust design is critical to ensuring product integrity and brand reputation. This issue of ANSYS Advantage highlights the many benefits of taking a robust design approach. Real-world stories show the wide range of ways that leading engineering teams are applying robust design to address an equally diverse spectrum of pressing design challenges.

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  • EDITORIAL

    Keeping Your Product Promise
    Keeping Your Product Promise

    Every product represents a promise — a commitment to reliable, robust performance. ANSYS helps you honor that commitment with industry-leading design exploration capabilities that deliver product integrity, quickly and cost-effectively.

  • NEWS

    Simulation in the News
    Simulation in the News

    A roundup of media articles on engineering simulation.

  • BEST PRACTICES

    Avoiding Small Mistakes — and Huge Costs
    Avoiding Small Mistakes — and Huge Costs

    Robust design practices using engineering simulation help the world’s most innovative companies to protect product integrity and identify errors early — saving warranty costs, reputation damage and lost customers later.

  • OIL AND GAS

    In-Depth Solution
    In-Depth Solution

    Technip automates evaluation of 20,000 simulation runs to ensure that subsea pipe structures can survive worst-case scenarios.

  • THOUGHT LEADER

    Powered by Innovation
    Powered by Innovation

    Known for game-changing product innovations, Pratt & Whitney has relied on engineering simulation to fuel its design process for over 35 years. Al Brockett, former vice president of engineering module centers, discusses the role of robust design in delivering revolutionary new products with a high degree of confidence.

  • AUTOMOTIVE ELECTRONICS

    Sound Success
    Sound Success

    JVC KENWOOD Corporation employs robust design practices to develop innovative automotive speaker technology.

  • MARINE

    A Perfect Fit
    A Perfect Fit

    Researchers develop an automated process for optimizing marine structural components.

  • ANALYSIS TOOLS

    Designing Robust Electronics Systems
    Designing Robust Electronics Systems

    Parametric simulation and high-performance computing ensure that engineers develop reliable electronic serial interconnects.

  • BEST PRACTICES

    Robust Design for Integrated Circuits
    Robust Design for Integrated Circuits

    A broad range of tools is required to meet reliability goals for robust electronic systems.

  • ENERGY

    Power for a Sustainable Future: Reducing Downtime
    Power for a Sustainable Future: Reducing Downtime

    Simulation helps to improve productivity, performance and engineering innovation at a PTT gas separation plant.

  • ELECTRONICS

    The Heat is On
    The Heat is On

    Toshiba improves product reliability and decreases development time through electromagnetic–thermal–stress coupling.

  • ACADEMIC

    Formula for Racing Success
    Formula for Racing Success

    Students apply robust design principles to develop a highly competitive race car.

  • ACADEMIC

    Cardiovascular Engineering
    Cardiovascular Engineering

    As engineering and medicine converge, researchers are making gains in understanding and treating causes of cardiovascular disease.

  • TECH TIP

    Leader of the Pack
    Leader of the Pack

    ANSYS HPC Parametric Pack licensing enables the quick solution of parametric simulations.




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