2015
DOI: 10.1016/j.compositesb.2014.10.048
|View full text |Cite
|
Sign up to set email alerts
|

Three dimensional elasticity solution for static and dynamic analysis of multi-directional functionally graded thick sector plates with general boundary conditions

Help me understand this report

Search citation statements

Order By: Relevance

Paper Sections

Select...
2
1
1

Citation Types

0
9
0

Year Published

2017
2017
2024
2024

Publication Types

Select...
7
1

Relationship

0
8

Authors

Journals

citations
Cited by 40 publications
(9 citation statements)
references
References 38 publications
0
9
0
Order By: Relevance
“…Now by substituting the equation (7) into equation (5a), the governing equations for annular sector plate with transversely isotropic properties are obtained as follows…”
Section: Constitutive Equationsmentioning
confidence: 99%
See 1 more Smart Citation
“…Now by substituting the equation (7) into equation (5a), the governing equations for annular sector plate with transversely isotropic properties are obtained as follows…”
Section: Constitutive Equationsmentioning
confidence: 99%
“…1 The subject of free vibration analysis of annular sector plates has been studied in different literature. For investigating this subject, various theories (e.g., classical plate theory, 2,3 Mindlin or First-order shear deformation theory, 4,5 third-order shear deformation theory, 6 or 3D elasticity relations 7,8 have been used. Also, there are different methods to solve this subject: numerical, [9][10][11][12] semi-analytical, 13,14 and analytical solution.…”
Section: Introductionmentioning
confidence: 99%
“…The mechanical properties of this heterogeneous material are assumed to vary in the radial direction and thickness of the plate. The material volume fractions given in Zafarmand and Kadkhodayan 21 are improved and given as follows…”
Section: D-fg Materialsmentioning
confidence: 99%
“…Based on 3D elasticity theory and semianalytical approach the bending response of 2D-FG circular plates was studied by Rad. 20 Zafarmand and Kadkhodayan 21 examined the static and dynamic behavior of 2D-FG thick sector plates based on Hamilton's principle with the aid of the Rayleigh-Ritz method. Nosier and Fallah 22 reformulated the Mindlin-Reissner governing equations of thick FG circular plates.…”
Section: Introductionmentioning
confidence: 99%
“…|r}Uv=Qi}O C=a@Qt VwQ R= xO=iDU= =@ = Q OQou=Uty w uoty pmW |= Q@ pw= x@DQt |WQ@ pmW Q}}eD |x}Q_v R= j}kLD u}= QO "OvO=O Q= Qk |UQQ@ OQwt |a=]k C=LiY |]NQ}e O= R; V=aDQ= Ctwy w =}r q@ [2] "OW xO=iDU= |R=UpOt [4] |D} RwBt=m |wkrL |a=]k C=LiY O= R; V=aDQ= Ctwy w [3] OQou=Uty |w[}@ |r}rLD |rL |k=LU= "OvO=O Q= Qk |UQQ@ OQwt OwOLt <= RH= VwQ R= xO=iDU= =@ = Q |=yx@r QO xO=U x=ox}mD =@ OQou=Uty |a=]k s}N[ C=LiY C=W=aDQ= |= Q@ = Q |WQ@ pmW Q}}eD |x}Q_v T=U= Q@ '|]}Lt |=yx@r QO x=wNrO x=ox}mD w |a=aW x@DQt |WQ@ pmW Q}}eD |x}Q_v |=v@tQ@ u= Q=mty w |olt [5] "OQm x=Q= swU x@DQt xO=U x=ox}mD =@ OQou=Uty |a=]k C=LiY O= R; C=W=aDQ= |= Q@ |r}rLD pL 'pw= |a=]k jQw O= R; V=aDQ= |Oa@ C=k}kLD QO [6] "OvOQm x=Q= |a=aW |=yx@r QO |UQQ@ OQwt DQ VwQ R= xO=iDU= =@ Cw=iDt |RQt \}=QW |= Q@ OQou=Uty QB wD \}=QW =@ OQou=Uty |wkrL |a=]k jQw C=W=aDQ= Vv=Q=mty w wS [7] "CiQo Q= Qk VwQ w |]N |xD}U}DUq= |Oa@xU |x}Q_v |Q}oQ=m x@ =@ = Q hrDNt |y=ox}mD [25] "OvDN=OQB pw= x@DQt |WQ@ [26] "OvOQm |UQQ@ = Q uQ=kDt |v}Jx}q =@ ?mQt O=wt R= xOW xDN=U lR=v |=yjQw O=wt R= xOW xDN=U |r}]DUt C=LiY O= R; C=W=aDQ= xt=O= QO u=oOvU}wv u}ty Q@ = Q CmQL CqO=at =yv; "OvOQm |UQQ@ l}DUq= QDU@ uDiQo Q_v QO =@ = Q FG VwQ p=ta= =@ w OvOQw; CUO x@ pw= x@DQt |WQ@ pmW Q}}eD |x}Q_v T=U= pL |v=wD |QU VwQ =@ = Q p}Uv=Qi}O CqO=at xDUO wO 'xDi=} xaUwD I} wQDv=m [27] [20 w 14'12'11'10'7'2] DQVwQ R= xO=iDU= =@ =} [19w 15'13'9'6'5] |a=aW |=yx@r QO xO=Ù k=w QO "CU= xOW s=Hv= |RQt \}=QW`=wv= |= Q@ [18 w 16'4'3] [11] "OvOQm x} Qwi |QU pL Vv=Q=mty w |O}aU [12] " [15] "OvOQm x=Q= l}Uqm |x}Q_v |x}=B Q@ CU= |FrFt <= RH= w OwOLt <= RH= VwQ |Q}oQ=m x@ =@ = Q FG Q=OQ}o |a=]k C=LiY |a=]k w pt=m |wQ}=O |=yjQw O= R; C=W=aDQ= Vv=Q=mty w nv=w [16] "OvOQm xar=]t T=U= Q@ w hrDNt |RQt \}=QW uDiQo Q_v QO =@ = Q FG |wkrL w QB wD pmW CqO=at pL QO w OvO=O Q= Qk |UQQ@ OQwt pw= x@DQt |WQ@ pmW Q}}eD |x}Q_v w |m}D=DU= Q=DiQ R}v u=}=ONOm w OvtQi_ [17] [18] "OW pL OwOLt R= xO=iDU= =@ CmQL CqO=at xar=]t u}= QO "OvOQm |UQQ@ = Q FG w C} RwBt=m w x} Qwi |QU VwQ |Q}oQ=m x@ =@ w G= QNDU= pw= x@DQt |WQ@ pmW Q}}eD |x}Q_v C=W=aDQ= Vv=Q=mty w nv=}r [19] "OW pL |RQt \}=QW`=wv= |= Q@ RD} Q |r} Q |=yx=ox}mD w |a=aW |=yx@r QO xO=U |=yx=ox}mD =@ = Q FG |a=]k |=yjQw |= QPo |UQQ@ Twmat TqBq w DQ VwQ R= xO=iDU= =@ |]}Lt |=yx@r QO x=wNrO [20] "OvOQm I} wQDv=m VwQ R= xO=iDU= =@ =yjQw C=W=aDQ= x@ \w@Qt C=ar=]t xt=O= QO xDi=} xaUwD I} wQDv=m VwQ R= xO=iDU= =@ ur}t w RvwH "OwW|t x=Q= xDi=} xaUwD |UQQ@ = Q Q=OQ}o w xO=U |=yx@r =@ OQou=Uty |r}]DUt jQw O= R; C=W=aDQ= l}B wQDwDQw= |=yjQw C=W=aDQ= VwQ u}= uDU@ Q=m x@ =@ Qm w |}q=O [21] "OvOQm Q@ 'QoQ@vR}; w u} QiwW…”
mentioning
confidence: 99%