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Error budgets for optomechanical modeling

机译:光机械建模的错误预算

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摘要

The author has found that linear approximations in heat transfer, elasticity and optics are powerful tools that are adequate for solving the great majority of optomechanical engineering design problems. In his experience the analytical errors are minimized by assuming linearity in the equations and unifying the solution into a single analytical code. He suggest that organizations planning optomechanical analyses perform top-down error budgets of the processes involved in order to design the most cost-effective analysis for the project. An ISO standard is recommended as a guide to the error budgeting process.
机译:作者发现传热,弹性和光学器件中的线性近似是强大的工具,可充足解决绝大多数光学力学工程设计问题。在他的经验中,通过假设方程中的线性度并将解决方案统一到单个分析代码中,可以最小化分析误差。他建议,组织规划光学机械分析执行涉及的进程的自上而下的错误预算,以便为项目设计最具成本效益的分析。建议ISO标准作为错误预算过程的指南。

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