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R Analysis of Undamped Oscillator Subjected to Triangular Pulse via Gupta Integral Transform

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An undamped (mechanical as well as electrical) oscillator subjected to a triangular pulse is generally analyzed via ordinary methods such as calculus. In this paper, an undamped (mechanical as well as electrical) oscillator subjected to a triangular pulse was analyzed to obtain its response via the Gupta integral transform (GT). It put forward a new technique for obtaining the response of an undamped oscillator subjected to a triangular pulse force and proves that the GT is an effective integral transform than calculus.
Title: R Analysis of Undamped Oscillator Subjected to Triangular Pulse via Gupta Integral Transform
Description:
An undamped (mechanical as well as electrical) oscillator subjected to a triangular pulse is generally analyzed via ordinary methods such as calculus.
In this paper, an undamped (mechanical as well as electrical) oscillator subjected to a triangular pulse was analyzed to obtain its response via the Gupta integral transform (GT).
It put forward a new technique for obtaining the response of an undamped oscillator subjected to a triangular pulse force and proves that the GT is an effective integral transform than calculus.

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