A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Variational principle of combined energy—Mechanics of laminated structures
AbstractThe conventional approaches for stress analysis of composite laminates have encountered discontinuity problems. In this paper, the C1 continuity of displacements in the in-plane directions and C0 continuity of displacement along the thickness direction are discussed. Also, the global continuity of transverse stresses and local continuity of in-plane stresses are examined. Then, the formulations of stress analysis in both differential equation form and variational functional form are presented.
Variational principle of combined energy—Mechanics of laminated structures
AbstractThe conventional approaches for stress analysis of composite laminates have encountered discontinuity problems. In this paper, the C1 continuity of displacements in the in-plane directions and C0 continuity of displacement along the thickness direction are discussed. Also, the global continuity of transverse stresses and local continuity of in-plane stresses are examined. Then, the formulations of stress analysis in both differential equation form and variational functional form are presented.
Variational principle of combined energy—Mechanics of laminated structures
Huang, Qian (author)
Thin-Walled Structures ; 12 ; 355-372
1990-11-06
18 pages
Article (Journal)
Electronic Resource
English
Mechanics of laminated composite structures
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