This document discusses Fourier series and integrals. It provides information on synthesizing and decomposing periodic functions using Fourier series. It discusses even and odd functions and how any function can be expressed as the sum of an even and odd part. An example of decomposing a function is shown. The document also discusses half-range Fourier series and provides an example of expanding a function using a sine and cosine series. It concludes with the definitions of Fourier cosine and sine integrals.
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Fourier series
1. Subject: Advance Engineering Mathematics (2130002)
Chapter: 02 Fourier Series & Fourier Integral
Department Mechanical Engineering
Name of Subject Teacher
Mr. Dhananjay Chauhan
2. Team MembersTeam Members
Name Enrollment Number
? Vinay PatelVinay Patel 170990119014
? Dhananjay PatelDhananjay Patel 170990119015
? Dhyey ShuklaDhyey Shukla 170990119016
? Safiuddin SiddiqueSafiuddin Siddique 170990119017
? Aman SinghAman Singh 170990119018
7. Decomposition
?Any function f(t) can be expressed as
the sum of an even function fe(t) and
an odd function fo(t).
)()()( tftftf oe +=
)]()([)( 2
1
tftftfe ?+=
)]()([)( 2
1
tftftfo ??=
Even Part
Odd Part
16. If we are given a function f(x) on an interval [0, L]
and we want to represent f by a Fourier Series we
have two choices - a Cosine Series or a Sine
Series.