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首页> 外文期刊>Experimental Techniques >Integrating dynamic systems materials into a mechanical engineering curriculum through innovative use of web-based acquisition and hands-on application and use of virtual graphical user interfaces - Part 4: Alternate approaches for teaching Fourier series applications
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Integrating dynamic systems materials into a mechanical engineering curriculum through innovative use of web-based acquisition and hands-on application and use of virtual graphical user interfaces - Part 4: Alternate approaches for teaching Fourier series applications

机译:通过创新性地使用基于Web的获取和动手应用程序以及使用虚拟图形用户界面,将动态系统材料集成到机械工程课程中-第4部分:教授傅立叶级数应用程序的替代方法

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摘要

Presentation of mathematical topics such as Fourier series can easily loose student attention and interest. Students ‘‘glaze over’’ with detailed theoretical developments and can easily loose sight of the purpose of the mathematical tool. Fourier series, the Fourier Integral, and the FFT pose some significant mathematical derivations that can put any student to sleep—integrals, orthogonal functions and so on are only glamorous to the professor who relishes their derivation. The material is often presented with applications that have no specific interest from the student’s perspective. However, the basic utilization of the Fourier series and FFT are very important to many applications. An understanding of their use is critical to a student’s success in several different applications, such as harmonic analysis, time and frequency response, and filtering.
机译:诸如傅立叶级数之类的数学主题的演示很容易使学生失去注意力和兴趣。通过详细的理论发展,学生可以“陶醉”,并且可以轻松地松开数学工具的目的。傅立叶级数,傅立叶积分和FFT构成了一些重要的数学推导,可以使任何学生入睡—积分,正交函数等仅对喜欢推导它们的教授有吸引力。从学生的角度来看,该材料通常带有没有特别兴趣的应用程序。但是,傅立叶级数和FFT的基本利用对于许多应用而言非常重要。了解其用法对于学生在谐波分析,时间和频率响应以及滤波等几种不同应用中的成功至关重要。

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