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Introduction to Fractional Calculus

机译:分数微积分简介

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摘要

Scientists and engineers have always sought different approaches when it comes to studying and modeling natural phenomena. After all, this is how academics study nature. Fractional calculus is one of the old mathematical methods that was developed long time ago, but was awaken recently. It covers fractional derivative and fractional antiderivative. In this paper, we introduce the basic properties of fractional calculus along with examples. We will review the mathematical derivations and will show where and where not fractional calculus agrees with ordinary derivatives. We proceed to show product rule, quotient rule, and chain rule, to list a few, emerge as examples where fractional and ordinary derivatives tend to depart. Nonetheless, fractional calculus can still be appealing to engineers and the scientific community.
机译:在学习和建模自然现象时,科学家和工程师总是在不同的方法中寻求不同的方法。毕竟,这就是学者的研究性质。分数微积分是很久以前发展的旧数学方法之一,但最近被唤醒了。它涵盖了分数衍生物和分数反导体。在本文中,我们介绍了分数微积分的基本性质以及实例。我们将审查数学派生,并将显示与普通衍生品同意的非分数微积分的地方和地点。我们继续显示产品规则,商量规则和链规则,以列出一些,作为分数和普通衍生物往往离开的例子。尽管如此,分数微积分仍然可以吸引工程师和科学界。

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