Matches in SemOpenAlex for { <https://semopenalex.org/work/W3025668085> ?p ?o ?g. }
- W3025668085 endingPage "3823" @default.
- W3025668085 startingPage "3795" @default.
- W3025668085 abstract "Summary In this work, the finite rotation exact geometry four‐node solid‐shell element using the sampling surfaces (SaS) method is developed for the analysis of the second Piola‐Kirchhoff stresses in laminated piezoelectric shells. The SaS method is based on choosing inside the layers the arbitrary number of SaS parallel to the middle surface and located at Chebyshev polynomial nodes in order to introduce the displacements and electric potentials of these surfaces as fundamental shell unknowns. The outer surfaces and interfaces are also included into a set of SaS. To circumvent shear and membrane locking, the hybrid‐mixed solid‐shell element on the basis of the Hu‐Washizu variational principle is proposed. The tangent stiffness matrix is evaluated by 3D analytical integration throughout the finite element. This novelty provides a superior performance in the case of coarse meshes. A comparison with the SOLID226 element showed that the developed exact geometry SaS solid‐shell element allows the use of load increments, which are much larger than possible with existing displacement‐based finite elements. Thus, it can be recommended for the 3D stress analysis of doubly‐curved laminated piezoelectric shells because the SaS formulation gives the opportunity to obtain the 3D solutions of electroelasticity with a prescribed accuracy." @default.
- W3025668085 created "2020-05-21" @default.
- W3025668085 creator A5000802673 @default.
- W3025668085 creator A5063762575 @default.
- W3025668085 creator A5075823131 @default.
- W3025668085 date "2020-06-08" @default.
- W3025668085 modified "2023-09-27" @default.
- W3025668085 title "Assessment of nonlinear exact geometry sampling surfaces solid‐shell elements and ANSYS solid elements for <scp>3D</scp> stress analysis of piezoelectric shell structures" @default.
- W3025668085 cites W1561203869 @default.
- W3025668085 cites W1967011879 @default.
- W3025668085 cites W1971902600 @default.
- W3025668085 cites W1974225857 @default.
- W3025668085 cites W1974633062 @default.
- W3025668085 cites W1983421093 @default.
- W3025668085 cites W1984694406 @default.
- W3025668085 cites W1989098993 @default.
- W3025668085 cites W1994356886 @default.
- W3025668085 cites W1995245065 @default.
- W3025668085 cites W1995450822 @default.
- W3025668085 cites W2000425991 @default.
- W3025668085 cites W2004049383 @default.
- W3025668085 cites W2011455044 @default.
- W3025668085 cites W2014164409 @default.
- W3025668085 cites W2014543627 @default.
- W3025668085 cites W2014631461 @default.
- W3025668085 cites W2014867302 @default.
- W3025668085 cites W2016623424 @default.
- W3025668085 cites W2018358705 @default.
- W3025668085 cites W2018431493 @default.
- W3025668085 cites W2029862881 @default.
- W3025668085 cites W2030089721 @default.
- W3025668085 cites W2031369939 @default.
- W3025668085 cites W2032252686 @default.
- W3025668085 cites W2034521078 @default.
- W3025668085 cites W2035202543 @default.
- W3025668085 cites W2041377321 @default.
- W3025668085 cites W2052764164 @default.
- W3025668085 cites W2058437539 @default.
- W3025668085 cites W2062896505 @default.
- W3025668085 cites W2063410494 @default.
- W3025668085 cites W2069719354 @default.
- W3025668085 cites W2082198323 @default.
- W3025668085 cites W2085419938 @default.
- W3025668085 cites W2090323912 @default.
- W3025668085 cites W2106678274 @default.
- W3025668085 cites W2116353269 @default.
- W3025668085 cites W2126989525 @default.
- W3025668085 cites W2127458300 @default.
- W3025668085 cites W2136785476 @default.
- W3025668085 cites W2152753026 @default.
- W3025668085 cites W2154640771 @default.
- W3025668085 cites W2154854890 @default.
- W3025668085 cites W2154877610 @default.
- W3025668085 cites W2157532773 @default.
- W3025668085 cites W2230418366 @default.
- W3025668085 cites W2343760155 @default.
- W3025668085 cites W2362113761 @default.
- W3025668085 cites W2561347431 @default.
- W3025668085 cites W2769245760 @default.
- W3025668085 cites W2802895156 @default.
- W3025668085 cites W2806908546 @default.
- W3025668085 cites W2887952514 @default.
- W3025668085 cites W2894662163 @default.
- W3025668085 cites W2927343670 @default.
- W3025668085 cites W408042541 @default.
- W3025668085 cites W4237713727 @default.
- W3025668085 cites W4243099955 @default.
- W3025668085 doi "https://doi.org/10.1002/nme.6382" @default.
- W3025668085 hasPublicationYear "2020" @default.
- W3025668085 type Work @default.
- W3025668085 sameAs 3025668085 @default.
- W3025668085 citedByCount "5" @default.
- W3025668085 countsByYear W30256680852021 @default.
- W3025668085 countsByYear W30256680852022 @default.
- W3025668085 crossrefType "journal-article" @default.
- W3025668085 hasAuthorship W3025668085A5000802673 @default.
- W3025668085 hasAuthorship W3025668085A5063762575 @default.
- W3025668085 hasAuthorship W3025668085A5075823131 @default.
- W3025668085 hasConcept C100082104 @default.
- W3025668085 hasConcept C127413603 @default.
- W3025668085 hasConcept C134306372 @default.
- W3025668085 hasConcept C135628077 @default.
- W3025668085 hasConcept C138187205 @default.
- W3025668085 hasConcept C138885662 @default.
- W3025668085 hasConcept C14198674 @default.
- W3025668085 hasConcept C144468803 @default.
- W3025668085 hasConcept C159985019 @default.
- W3025668085 hasConcept C178295079 @default.
- W3025668085 hasConcept C192562407 @default.
- W3025668085 hasConcept C21036866 @default.
- W3025668085 hasConcept C2524010 @default.
- W3025668085 hasConcept C2776799497 @default.
- W3025668085 hasConcept C2781052500 @default.
- W3025668085 hasConcept C31487907 @default.
- W3025668085 hasConcept C33923547 @default.
- W3025668085 hasConcept C41895202 @default.
- W3025668085 hasConcept C66938386 @default.
- W3025668085 hasConcept C78519656 @default.