One problem of torsion of piecewise homogeneous elastic bodies

By means of method of hybrid integral transform of Legendre-Fourier-Fourier type integral representation of exact analytical solution of the problem of torsion of semi-bounded piecewise homogeneous elastic cylinder is obtained. Методом гібридного інтегрального перетворення типу Лежандра-Фур’є-Фур’є...

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Veröffentlicht in:Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки
Datum:2014
1. Verfasser: Pylypiuk, T.M.
Format: Artikel
Sprache:Englisch
Veröffentlicht: Інститут кібернетики ім. В.М. Глушкова НАН України 2014
Online Zugang:https://nasplib.isofts.kiev.ua/handle/123456789/86549
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Zitieren:One problem of torsion of piecewise homogeneous elastic bodies / T.M. Pylypiuk // Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки: зб. наук. пр. — Кам’янець-Подільський: Кам'янець-Подільськ. нац. ун-т, 2014. — Вип. 10. — С. 160-169. — Бібліогр.: 6 назв. — англ.

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Digital Library of Periodicals of National Academy of Sciences of Ukraine
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author Pylypiuk, T.M.
author_facet Pylypiuk, T.M.
citation_txt One problem of torsion of piecewise homogeneous elastic bodies / T.M. Pylypiuk // Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки: зб. наук. пр. — Кам’янець-Подільський: Кам'янець-Подільськ. нац. ун-т, 2014. — Вип. 10. — С. 160-169. — Бібліогр.: 6 назв. — англ.
collection DSpace DC
container_title Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки
description By means of method of hybrid integral transform of Legendre-Fourier-Fourier type integral representation of exact analytical solution of the problem of torsion of semi-bounded piecewise homogeneous elastic cylinder is obtained. Методом гібридного інтегрального перетворення типу Лежандра-Фур’є-Фур’є одержано інтегральне зображення точного аналітичного розв’язку задачі кручення напівобмеженого кусково-однорідного пружного циліндра.
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fulltext Математичне та комп’ютерне моделювання 160 UDC 517.946 T. M. Pylypiuk, assistant Kamianets-Podilsky Ivan Ohienko National University, Kamianets-Podilsky ONE PROBLEM OF TORSION OF PIECEWISE HOMOGENEOUS ELASTIC BODIES By means of method of hybrid integral transform of Legendre- Fourier-Fourier type integral representation of exact analytical so- lution of the problem of torsion of semi-bounded piecewise homo- geneous elastic cylinder is obtained. Key words: Legendre equation, Fourier equation, Sturm- Liouville problem, hybrid integral transform, hybrid differential operator, the main solutions. Introduction. The problems of the theory of torsion of elastic bodies with different geometric structure are of considerable theoretical and practi- cal interest [1–3]. One of the effective methods for solving such problems in the case of piecewise-homogeneous environments is a method of hybrid integral transforms. The hybrid integral transform of Legendre-Fourier- Fourier type is constructed in this paper, and this transform is applied for solving the problem of torsion of semi-bounded piecewise homogeneous elastic cylinder with different physical and mechanical characteristics. Formulation of the problem. Let’s consider a semi-bounded piece- wise homogeneous elastic cylinder with radius R , which is composed of different materials. Physical and mechanical properties of this cylinder are changed according to the law 1 1 2 1 2 3 2( ) ( ) ( ) ( ) ( ) ( ),G z G shz z l z G z l l z G z l           ;jG const 1,3j  , here ( )x is the Heaviside step function. We consider inhomogeneous areas of cylinder be soldered together, and the bottom end 0z  is free from stress. We consider that the movement is limited if z   , and lateral surface of the cylinder is loaded efforts ( )f z . The problem of torsion of such cylinder mathematically is reduced to a construction bounded on the set  1 1 2 2( , ) : (0, ); (0, ) ( , ) ( , )D r z r R z l l l l      solution of differential separate system of partial differential equations [1] 1 0 1 1 1 1 ( , ) ( , ), (0, ), 4 B u r z F r z z l           © T. M. Pylypiuk, 2014 Серія: Фізико-математичні науки. Випуск 10 161 2 1 2 2 1 22 ( , ) ( , ), ( , ),B u r z F r z z l l z          (1) 2 1 3 3 22 ( , ) ( , ), ( , ),B u r z F r z z l z           with boundary conditions 1 0 0, z u z     0 0,j r u r     1 ( ) , ( ) j j jr R u f z u r r G z         1,3j  , (2) and conditions of mechanical contact   1 1 1 2 1 2 1 2 0, 0, z l z l u u u u G shz G z z                 2 2 2 3 32 2 3 0, 0, z l z l u u uu G G z z               (3) here 2 1 2 2 1 1 B r rr r       is Bessel operator, 2 0 2 1 4 cthz zz        is Legendre operator. The main part. Let’s construct the exact analytical solution of the boundary value problem of conjugation (1)–(3) by the method of hybrid integral transform of Legendre-Fourier-Fourier type. 1. The hybrid integral transform of Legendre-Fourier-Fourier type. Let’s consider the singular spectral Sturm-Liouville problem of the structure of solution, which is limited on the set  2 1 1 2 2: (0, ) ( , ) ( , )I r r R R R R      of separate system of ordinary differential Legendre and Fourier equations of the 2-nd order  2 2 1 1 1 1 1 1[ ] ( ) 0, (0, ),L V b a V r r R      (4) 2 2 2 1 32 [ ] ( ) 0, ( , ); 2, 3;m m m m m m m d L V b a V r r R R m R dr                with the conjugate conditions 1 1 2 2 1( ) ( ) 0; , 1, 2, k k k k k j j k j j k r R d d V r V r j k dr dr                         (5) here 0;ja  0;m jk  0;m jk    1 22 2 ;j jb    2 0;j  2 1 k k jk j jc    1 2 0;k k j j   2 2 2 2 1 ; 4 d d cthr drdr sh r        1 ; 2     is Legendre operator [4]. Математичне та комп’ютерне моделювання 162 The fundamental system of solutions for the equation 1 1[ ] 0L V  is formed by attached Legendre functions 1 1 2 ( ) iq P chr   and 1 1 2 ( ) iq chr   L [4], and for equation [ ] 0m mL V  — by trigonometric functions cos mq r and sin mq r [5]; 1 2( )j j jq a b  . It is directly verify that functions 1 ,1 21 22 2 3 1 2 ( , ) ( ) ( ) ( ) iq V r c c q q P chr        , 1 1 11, 1 ,2 22 3 1 22 2 1 21 ;11 2 11, 1 1 12 2 1 21 ;21 2 ( , ) ( ) ( ) ( , ) ( ) ( , ) , iq iq V r c q Z chR q R q r Z chR q R q r                   (6) ,3 ,2 3 ,1 3( , ) ( ) cos ( )sinV r q r q r        are the solution of the boundary value problem (4), (5). We use such denotation in equalities (6): 1 2 11, , 3 2 1 11 2 1 2 2 21 2 1 2 222 1 ;21 2 ( ) ( ) ( ) ( , ) ( , )j j iq v q R Z chR q R q R q R q R            1 1 211, 11, 1 3 2 12 2 1 2 2 1121 1 ;11 ;21 2 2 ( ) ( ) ( , ) ( )j iq iq Z chR v q R q R q R Z chR               (7) 1 11, 22 2 1 2 2 11 ;11 2 ( , ) ( ) , iq q R q R Z chR      1, 2;j  11 22 12 21 2 1 2 1( , ) ( ) ( ) ( ) ( ),jk j k j kx y v x v y v x v y   , 1, 2;j k  1 ( ) sin sin ;k k k mj s k mj s s k jm s kv q R q q R q R    2 ( ) sin sin ;k k k mj s k mj s s k jm s kv q R q q R q R   1, 1 1 1 1 1 1 1 1 11, 1 1 1( ) ( ) ( ),j jjZ chq R shR P chR P chR         1 1 1 ; 2 iq    bar means the derivative of the argument. Let's define values and functions: 2 11 12 1 1 21 22 1 , c c a c c shR    212 2 2 22 , c a c   2 3 3 ;a  Серія: Фізико-математичні науки. Випуск 10 163 ,3 2( , ) ( );V r r R    1 2 2 1 3 ,1 ,2( ) ([ ( )] [ ( )] ) ,q           1 1 2 1 2 3 2( ) ( ) ( ) ( ) ( ) ( ).r shr r R r r R R r r R               (8) Theorem 1. If the function 1 1 2 2( ) ( )[ ( ) ( ) ( ) ( ) ( )]g r f r shr r R r r R R r r R           is piecewise continuous, absolutely summable and has bounded variation in the interval (0; ) , then for 2r I  integral representation is true   0 0 1 2 ( 0) ( 0) ( , ) ( ) ( ) ( , ) ( ) . 2 f r f r V r d f V d                    (9) Proof. Functions , ( , )jV r  and , ( , )jV r  are the solutions of dif- ferential equations     2 2 2 1 1 ,1 2 2 2 1 1 ,1 ( , ) 0, ( , ) 0; a V r a V r                            (10)-(11)     2 2 2 2 ,2 2 2 2 2 ,2 ( , ) 0, ( , ) 0, 2,3. j j j j j j d a V r dr d a V r j dr                               (12)-(13) Let’s multiply the equality (10) on the function ,1( , )V r shr  , and equality (11) — on the function ,1( , )V r shr  and subtract second from the first. We obtain: ,1 ,1 2 ,1 ,11 ,1 ,12 2 ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) . V r V r shr dV r dV ra d shr V r V r dr dr dr                            (14) Let’s multiply the equality (12) on the function , ( , )jV r  , and equality (13) — on the function , ( , )jV r  and subtract second from first. We obtain: 2 , , 2 2 , , , , ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) . j j j j j j j a V r V r dV r dV rd V r V r dr dr dr                         (15) Let’s set a fairly large number 2.R R Let’s multiply the equality (14) on 1dr and integrate from 0 to 1R , and equality (15) let’s multiply Математичне та комп’ютерне моделювання 164 on jdr and integrate from jR to 1 3( 1, 2; )jR j R    . At the re- sult of adding the integrals we have, that , ,32 2 0 ,3 , 1 ( , ) ( , ) ( ) ( , ) ( , ) ( , ) ( , ) . R j j r R d V r V r r V r V r dr d V r V r dr                       (16) Let’s calculate the double integral 0 2 ( ) ( , ) ( ) ( , ) ( ) d c I g V r d V r r dr             (17) for arbitrary positive numbers c and d ( )c d and arbitrary finite func- tion ( )g  , which is defined on the segment  ,c d . Due to the equation (16) double integral (17) can be rewritten as: ,3 ,32 2 ,3 ,3 2 ( ) ( , ) ( , ) ( , ) ( , ) ( ) . lim d R c g d V R V R dr d V R V R d dr I                       (18) As a result of elementary transformations we obtain that ,3 ,3 ,3 ,3 3 32 ( , ) ( , ) ( , ) ( , ) ( ) ( ) d d V R V R V R V R q q dr dr                  ,2 ,2 ,1 ,1 3 3 3 3( ) ( ) ( ) ( ) sin ( ) ( ) ( ) ( )R q q q q                           ,1 ,1 ,2 ,2 3 3( ) ( ) ( ) ( ) sin ( ) ( )R q q                  (19)  3 3 ,1 ,2 ,1 ,2 3 3( ) ( ) ( ) ( ) ( ) ( ) cos ( ) ( )q q R q q                           3 3 ,1 ,2 ,1 ,2 3 3( ) ( ) ( ) ( ) ( ) ( ) cos ( ) ( ) .q q R q q                         If to assume that the function ( )g  is continuous, absolutely integrable and has bounded variation on [ , ]c d , then substituting (19) into (18), with further using Dirichlet and Riemann lemmas [6] leads to the equality 0 ( ), [ , ];2 ( ) ( , ) ( ) ( , ) ( ) 0, [ , ]. d c g c d I g V r d V r r dr c d                    (20) If the function ( )g  has properties on the interval (0, ) , which discussed above, then we obtain that Серія: Фізико-математичні науки. Випуск 10 165 0 0 ( ), [ , ];2 ( ) ( , ) ( ) ( , ) ( ) 0, [ , ]. g c d g V r d V r r dr c d                     (21) Let now the function 0 2 ( ) ( ) ( , ) ( ) .f r g V r d         (22) Let’s multiply the equality (22) on ( , ) ( )V r r dr   , where  is arbi- trary positive number and integrate by r from 0r  to r   . Due to equation (21) we have that 0 ( ) ( , ) ( ) ( ).f r V r r dr g      (23) Let’s substitute the function 0 ( ) ( ) ( , ) ( )g f V d          to equality (22). We obtain the integral representation 0 0 2 ( ) ( , ) ( ) ( ) ( , ) ( ) .f r V r d f V d                 (24) Rejection from continuity of the function ( )f r in the point r leads to the integral representation (9). The theorem is proved. The integral representation (9) defines the direct ;2 0 [ ( )] ( ) ( , ) ( ) ( )H f r f r V r r dr f         (25) and inverse  1 ;2 0 2 1 [ ( )] ( ) ( , ) ( ) ( 0) ( 0) 2 H f f V r d f r f r                 (26) hybrid integral transform of Legendre-Fourier-Fourier type. Algebra of hybrid differential operator 2 2 2 2 1 1 2 1 2 3 22 2 ( ) ( ) ( ) ( ) ( ) d d M a r R r a r R R r a r R dr dr              can be constructed due to the main identity. Theorem 2. If the function ( )f r is a twice continuously differenti- able on the set 2I  , satisfies the conjugation conditions and conditions of the limited ,1 ,1( , ) ( ) ( , ) 0,lim r df d shr V r f r V r dr dr             Математичне та комп’ютерне моделювання 166 ,3 ,3 0,lim r dVdf V f dr dr           (27) then the basic identity of integral transform of hybrid differential operator M is true: 1 3 2 2 ;2 , 1 [ ( )] ( ) ( ) ( , ) ( ) , j j R j j j j j R H M f r f f r V r r dr                  (28) 0 0,R  3 ;R   1( ) ;r shr  2 3( ) ( ) 1.r r   Proof. Let's define the values: 0 ( ) lim ( ), k k r R f R f r    0 ( ) lim ( ); k k r R f R f r    11 11 22 21 12 ,k k k k k      12 11 22 21 12 ,k k k k k      21 11 22 21 12 ,k k k k k      22 11 22 12 21.k k k k k      From the conjugate conditions we find the relations: 21 12 1 11 22 1 ( ) 1 ( ) ( ) 1 ( ) ( ) ( ) , 1, 2 j j j j j j j j j j j j df R df R f R dr c dr df f R R f R j c dr                             (29) The components , ( , )jV r  of the spectral function ( , )V r  have the same connections: , 1 , , 111 12 1 , , 1 , 121 22 1 ( , )1 ( , ) ( , ) , ( , ) ( , )1 ( , ) . j jj j j j j j j j j j jj j j j j dV R V R V R c dr dV R dV R V R dr c dr                                    (30) From equations (29) and (30) the identity follows , , 2 , 1 , 1 1 ( ) ( , ) ( , ) ( ) ( ) ( , ) ( , ) ( ) , 1, 2. j j j j j j j j j j j j j j df R dV R V R f R dr dr c df R dV R V R f R j c dr dr                         (31) The proof of the theorem is obtained by integration by parts under the integral with following using of the limited conditions (27), identity (31), the properties of functions ,1 ,2 ,3, , , ( )V V V f r   and structures of 1 2 3, , .   The theorem is proved. Серія: Фізико-математичні науки. Випуск 10 167 The identity (28) makes it possible to apply the introduced hybrid in- tegral transform of Legendre-Fourier-Fourier type to the solving of singu- lar problems of mathematical physics of inhomogeneous structures. 2. The solution of the problem (1)–(3). Let's write the system (1) and boundary conditions (2) in matrix form: 1 0 1 12 1 2 22 32 1 32 1 ( ) ( , ) 4 ( , ) ( ) ( , ) ( , ) , ( , ) ( ) ( , ) B u r z F r z B u r z F r z z F r z B u r z z                             (32) 1 2 3 0 0 0 , 0 r u u r u                    1 1 11 1 2 2 2 1 3 2 3 ( )( ) 1 ( ) ( )r R f z G shzu u f z G r r u f z G                           . (33) Listed by equations (6)–(8) values and functions for this case 11 21 12 22( 0,k k k k       11 12 1,k k   1, 2;k  1 21 1 1,G shl  1 22  2 2 21,G   2 22 3,G  0)  we denote by 1 2 3, , ,   11( , ),V z  21( , )V z  and 31( , ).V z  In this case 11 1 1,c G shl 12 21 2 ,c c G  22 3 ,c G .iG const Spectral density for this case we denote by 0 ( ) . Let’s represent the integral operator 0;2H , which acts by the formula (25) as an operator matrix-row 1 2 1 2 0;2 11 1 21 2 31 0 [...] ... ( , ) ... ( , ) ... ( , ) . l l l l H V z shzdz V z dz V z dz               (34) Let's apply the operator matrix-row (34) to the problem (32), (33) ac- cording to matrices multiplication rule. As a result of main identity (28) (when 2 2 2 1 2 3 1,a a a   2 1 0,  2 2 2 3 1 ) 4    we get a boundary value problem: to construct a limited in the interval (0, )R solution of Bessel equation for modified functions 2 2 2 2 1 1 ( , ) ( , ); d d q u r F r r drdr r                 2 2 1 4 q   (35) with boundary conditions 0 0, r du dr    1 ( ). r R d u f dr r          (36) Математичне та комп’ютерне моделювання 168 It is possible to verify that the desired solution of the boundary value problem (35), (36) is a function 0 ( , ) ( , ) ( ) ( , , ) ( , ) . R u r W r f E r F d             (37) In the formula (37) there are the Green's function 1 1 1 0 0 1 1 ( ) ( , ) ( )( ( ) 2 ( )) ( ) RI qr W r RI qr q RI qR I qR       and fundamental function 1 2 1 1 1 1 2 1 1 11 ( )[ ( ) ( ) ( ) ( )], 0 ;1 ( , , ) ( )[ ( ) ( ) ( ) ( )], 0 ,( ) I qr I q K q r R E r I qr I qr K qr r R                           here 2 0 1( ) ( ) 2 ( );qRK qR K qR   ( ),I x ( )K x are modified Bessel functions of the first and second kind. For resuming the function  1 2 3( , ) ( , ); ( , ); ( , )u r z u r z u r z u r z by its image ( , )u r  let’s apply the operator matrix column to the matrix- element  ( , )u r  (function ( , )u r  is defined by the formula (37)) accord- ing to matrices multiplication rule   11 0 0 0;2 21 0 0 31 0 0 2 ... ( , ) ( ) 2 ... ... ( , ) ( ) 2 ... ( , ) ( ) V z d H V z d V z d                                        , as the inverse operator of the operator which is defined by (34). As a result of elementary transformations we obtain unique solution of the conjugate boundary value problem (1)–(3): 1 3 1 ( , ) ( , , ) ( ) ( ) m m l j jm m m m l u r z W r z f d             10 ( , , , ) ( , ) ( ) , m m lR jm m m m l H r z F d d               here 0 0,l  3l   , 1( )z shz  , 2 3( ) ( ) 1z z   , 1 1 3 1 1G G shl  , 1 2 3 2G G  , 3 1  , Green's functions Серія: Фізико-математичні науки. Випуск 10 169 ( , , )jmW r z  1 1 0 0 ( , ) ( , ) ( , ) ( )j mW r V z V d          and the influence functions 1 1 0 0 ( , , , ) ( , , ) ( , ) ( , ) ( )jm j mH r z E r V z V d             of the boundary value problem (1)–(3). If ( )jf z and ( , )jF r z are given then the position of cylinder which is discussed becomes known. Conclusion. By means of method of hybrid integral transform of Legendre-Fourier-Fourier type integral representation of solution of the problem of torsion of semi-bounded piecewise homogeneous elastic cylin- der is obtained. References: 1. Arutyunyan N. Torsion of Elastic Bodies / N. Arutyunyan, B. Abramyan. — Physmatgis, 1963. — 688 p. 2. Grilitsky D. Torsion of two-layer elastic medium / D. Grilitsky // Appl. Mech. — 1961. — Vol. 7, № 1. — P. 89–95. 3. Protsenko V. Hybrid integral Fourier-Hankel transforms and some torsion problem of piecewise-homogeneous media / V. Protsenko, Т. Кashavel // Dy- namics of systems with the mobile distributed load : col. of scien. p. — Kharkov, 1978. — № 1. — P. 120–124. 4. Konet I. Integral Mehler — Fock transforms / І. Коnеt, М. Leniuk. — Chernivtsi : Prut, 2002. — 248 p. 5. Stepanov V. The course of differential equations / V. Stepanov. — M. : Phys- matgis, 1959. — 468 p. 6. Fikhtengol'ts G. Course of differential and integral calculus : in 3 volumes / G. Fikhtengol'ts. — M. : Nauka, 1969. — Vol. 3. — 656 p. Методом гібридного інтегрального перетворення типу Лежандра- Фур’є-Фур’є одержано інтегральне зображення точного аналітичного розв’язку задачі кручення напівобмеженого кусково-однорідного пружного циліндра. Ключові слова: рівняння Лежандра, рівняння Фур’є, задача Штурма-Ліувілля, гібридне інтегральне перетворення, гібридний ди- ференціальний оператор, головні розв’язки. 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id nasplib_isofts_kiev_ua-123456789-86549
institution Digital Library of Periodicals of National Academy of Sciences of Ukraine
issn 2308-5878
language English
last_indexed 2025-12-01T04:31:46Z
publishDate 2014
publisher Інститут кібернетики ім. В.М. Глушкова НАН України
record_format dspace
spelling Pylypiuk, T.M.
2015-09-21T14:18:48Z
2015-09-21T14:18:48Z
2014
One problem of torsion of piecewise homogeneous elastic bodies / T.M. Pylypiuk // Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки: зб. наук. пр. — Кам’янець-Подільський: Кам'янець-Подільськ. нац. ун-т, 2014. — Вип. 10. — С. 160-169. — Бібліогр.: 6 назв. — англ.
2308-5878
https://nasplib.isofts.kiev.ua/handle/123456789/86549
517.946
By means of method of hybrid integral transform of Legendre-Fourier-Fourier type integral representation of exact analytical solution of the problem of torsion of semi-bounded piecewise homogeneous elastic cylinder is obtained.
Методом гібридного інтегрального перетворення типу Лежандра-Фур’є-Фур’є одержано інтегральне зображення точного аналітичного розв’язку задачі кручення напівобмеженого кусково-однорідного пружного циліндра.
en
Інститут кібернетики ім. В.М. Глушкова НАН України
Математичне та комп'ютерне моделювання. Серія: Фізико-математичні науки
One problem of torsion of piecewise homogeneous elastic bodies
Article
published earlier
spellingShingle One problem of torsion of piecewise homogeneous elastic bodies
Pylypiuk, T.M.
title One problem of torsion of piecewise homogeneous elastic bodies
title_full One problem of torsion of piecewise homogeneous elastic bodies
title_fullStr One problem of torsion of piecewise homogeneous elastic bodies
title_full_unstemmed One problem of torsion of piecewise homogeneous elastic bodies
title_short One problem of torsion of piecewise homogeneous elastic bodies
title_sort one problem of torsion of piecewise homogeneous elastic bodies
url https://nasplib.isofts.kiev.ua/handle/123456789/86549
work_keys_str_mv AT pylypiuktm oneproblemoftorsionofpiecewisehomogeneouselasticbodies