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Optimal Design Challenges

机译:最佳设计挑战

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Engineer and author Henry Petroski once wrote: "Successful design is not the achievement of perfection but the minimization and accommodation of imperfection." I like that. It rings true with a practicality missing in "the relentless pursuit of perfection" mantras you hear in commercials. A successful design is the optimal design for a given set of constraints and requirements. Among those constraints are often time and money. In fact, when asked to rank challenges to their day-to-day workflow, the nearly 900 DE readers who responded to our 2015 Reader Profile survey chose "short development deadlines" and "inadequate budgets" at their second- and third-most "extremely important" challenges. That's why bringing more technology to bear sooner in the design cycle is so critical. Simulation, optimization and real-time rendering - all accelerated by increasingly powerful computing - pays dividends in time and cost savings when they're performed early and often. Likewise, 3D printing for prototyping and - under increasingly expanding circumstances - end use parts, removes time and cost from product development, testing and manufacturing.
机译:工程师兼作家亨利·彼得罗斯基(Henry Petroski)曾经写道:“成功的设计不是对完美的追求,而是对缺陷的最小化和适应。”我喜欢。在广告中听到的“对完美的不懈追求”口头禅中缺少实用性,这与事实不谋而合。对于给定的一组约束和要求,成功的设计是最佳设计。这些限制通常是时间和金钱。实际上,当被要求对日常工作流程的挑战进行排名时,响应我们2015年读者资料调查的近900名DE读者选择了“开发期限短”和“预算不足”作为他们的第二和第三大“极其重要”的挑战。因此,在设计周期中尽早采用更多技术至关重要。仿真,优化和实时渲染-随着功能日益强大的计算而加速-在早期且经常执行时可以节省时间并节省成本。同样,用于原型制作的3D打印以及(在日益扩展的情况下)最终用途零件的3D打印消除了产品开发,测试和制造中的时间和成本。

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