THE SOKOLOV'S METHOD .

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THE  AVERAGE APPROXIMATING METHOD ON FUNCTIONAL ADJUSTMENT  QUANTITY   FOR SOLVING

The Volterra Integral Equation II 

                                                                                                                                                                                                                                              

by Co.H Tran , University of Natural Sciences  , HCMC  Vietnam - 

             Institute of Applied Mechanics , HCMC  -  coth123@math.com   &  coth123@yahoo.com        

                                                       Copyright  2004

                                                   Sat , November 06  2004  

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** Abstract  : Solving the Volterra's  integral equation II  with applying the Neumann series and the average approximating method on functional adjustment quantity . 

** Subjects: Viscoelasticity Mechanics , The Integral equation  . 

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Copyright

Co.H Tran --

.  The  Average Approximating Method on Functional Adjustment Quantity ( Sokolov's method ) All rights reserved.  No copying or transmitting of this material is allowed without the prior written permission of Co.H Tran 

The  Average Approximating Method on Functional Adjustment Quantity ( Sokolov's method ) 


In consideration of  The Volterra Integral Equation II  ( second kind ) , we find the explicit expression for the resolvent kernel Gamma ( t , t )  in the general form :
                                         v   = ( 1 + lambda K* ) u 
 here  lambda : arbitrary parameter . The solution of  u  can be represented with the Neumann series  :    .
The resolvent operator  Gamma*   is determined by a Neumann series :   , then the kernel     . The convergence of this series  must be investigated  in  a connection with the Neumann series .
The average approximating method on the functional adjustment quantity ( Sokolov's method ) makes  increasing  for  the rate of convergence of this series . 
From the first approximation of the solution u , we find the adjustment quantity for the next and so on .    
We consider the following equation : 
             ( 1 )
the first approximation  :      ( 2 )  by choosing the initial adjustment quantity :          ( 3 )
From  ( 2 )   and  ( 3 )  we obtain  :     ( 4 )      with       ( 5 )
the n-th  approximation  :       ( 6 )      and the adjustment quantity of the n-th order can then be written  as :
   ( 7 )   here   ( 8 )   . From ( 6 ) , ( 7 ) and ( 8 )  we have  :       ( 9 )   
Denoting the formulas ( 6 ) to ( 9 )  can be carried out by the computer  programming language. We can show that the convergence condition of this method is     ( 10 )  here   : the project-operator from the Banach's space B into  its space  Bo (  the solution  u   B  )   

                               Sokolov's method  

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The Average Approximating Method On Functional Adjustment Quantity For Solving The Volterra Integral Equation II

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Author : Co Hong Tran MMPC-VN.

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivs 3.0 United States License. 
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Toán học thuần túy, theo cách của riêng nó, là thi ca của tư duy logic. 
Pure mathematics is, in its way, the poetry of logical ideas.

 Albert Einstein .