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Seeing virtually everything

机译:几乎看到的一切

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Aircraft designs continue to become more complex as electronics, mechanics, and hydraulics merge to provide more precision and efficiency. Design tools help ensure that these complicated designs get to market on time with a minimum of faults, leveraging parallel computing to simulate larger sections of a plane.rnSoftware developers are improving the connections between the many tools used to design the complex systems that make up an aircraft. These improved communications play a critical role during the simulation phase when systems or even an entire plane are run through a battery of virtual tests.rnFor simulations to further reduce the number of physical prototypes builds, these tools need to duplicate the many things that can happen during a planes lengthy lifetime as it operates in a huge range of conditions. By running more simulations of large sections of a plane, engineers ensure that prototype flights can be used to wring out difficult problems, not find simple ones.
机译:随着电子学,机械学和液压学的融合,飞机的设计将变得越来越复杂,以提供更高的精度和效率。设计工具可帮助确保这些复杂的设计按时以最少的故障及时进入市场,并利用并行计算来模拟飞机的较大部分。rn软件开发人员正在改善用于设计构成系统的复杂系统的许多工具之间的联系。飞机。在仿真阶段,当系统甚至整个平面通过一系列虚拟测试运行时,这些改进的通讯起着至关重要的作用。为了使仿真进一步减少物理原型的数量,这些工具需要复制可能发生的许多事情在飞机上使用寿命长,因为它在各种条件下运行。通过对飞机的较大部分进行更多的模拟,工程师可以确保原型飞行可以用来解决困难的问题,而不是找到简单的问题。

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