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Active Learning Assignment of
Advanced Engineering Mathematics
Topic: Fourier series of Even and Odd Function
* CONTENTS *
Fourier Series.
Even and Odd Function.
Application of Fourier Series in Civil Engineering
FOURIER SERIES
JOSEPH FOURIER
(Founder of Fourier series)
Fourier Series
Fourier series make use of the orthogonality relationships of
the sine and cosine functions.
FOURIER SERIES...
BASIS FORMULAE OF FOURIER SERIES
The Fourier series of a periodic function ƒ(x) with
period 2п is defined as the trigonom...
Even Functions
Definition: A function f(x) is said to be even if
f(-x)=f(x).
e.g. cosx are even function
Graphically, an ...
Even Functions
When function is even:
When f(x) is an even function then f(x)sinx is an odd
function.
Thus an =
a0=
an =
...
Odd Functions
Definition: A function f(x) is said to be even if
f(-x)=-f(x).
e.g. sin x, are odd functions.
Graphically, ...
Odd Functions
When function is odd:
When f(x) is an odd function then f(x)cosnxis an odd
function and f(x)sinx is an even...
Note:
 
Application in Civil Engineering
The most useful application is solving vibration problems.
Vibration are obviously impo...
aem :  Fourier series of Even and Odd Function
aem :  Fourier series of Even and Odd Function
aem :  Fourier series of Even and Odd Function
aem :  Fourier series of Even and Odd Function
aem :  Fourier series of Even and Odd Function
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aem : Fourier series of Even and Odd Function

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: Fourier series of Even and Odd Function

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aem : Fourier series of Even and Odd Function

  1. 1. Active Learning Assignment of Advanced Engineering Mathematics Topic: Fourier series of Even and Odd Function
  2. 2. * CONTENTS * Fourier Series. Even and Odd Function. Application of Fourier Series in Civil Engineering
  3. 3. FOURIER SERIES JOSEPH FOURIER (Founder of Fourier series)
  4. 4. Fourier Series Fourier series make use of the orthogonality relationships of the sine and cosine functions. FOURIER SERIES can be generally written as, Where, ……… (1.1) ……… (1.2) ……… (1.3)
  5. 5. BASIS FORMULAE OF FOURIER SERIES The Fourier series of a periodic function ƒ(x) with period 2п is defined as the trigonometric series with the coefficient a0, an and bn, known as FOURIER COEFFICIENTS, determined by formulae (1.1), (1.2) and (1.3). The individual terms in Fourier Series are known as HARMONICS.
  6. 6. Even Functions Definition: A function f(x) is said to be even if f(-x)=f(x). e.g. cosx are even function Graphically, an even function is symmetrical about y-axis. 
  7. 7. Even Functions When function is even: When f(x) is an even function then f(x)sinx is an odd function. Thus an = a0= an = bn= Therefore f(x)= 
  8. 8. Odd Functions Definition: A function f(x) is said to be even if f(-x)=-f(x). e.g. sin x, are odd functions. Graphically, an even function is symmetrical about the origion. 
  9. 9. Odd Functions When function is odd: When f(x) is an odd function then f(x)cosnxis an odd function and f(x)sinx is an even function. a0==0 an = bn= Therefore f(x)= 
  10. 10. Note:  
  11. 11. Application in Civil Engineering The most useful application is solving vibration problems. Vibration are obviously important in many parts of civil engineering. We can find of frequency of earthquake.

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