By N E Shanmugam, C M Wang
Metal and different sorts of plated buildings are utilized in numerous functions from aircrafts to ships and offshore systems to bridges, strength crops and cranes. A key factor within the use of those constructions is their balance behaviour lower than compressive rigidity. research and layout of plated constructions experiences the wealth of analysis during this vital sector and its implications for layout, safeguard and maintenance.
The booklet considers a number of the varieties of buckling that plated constructions are inclined to come across. Chapters additionally assessment buckling in quite a number fabrics from metal to differing kinds of composite. The e-book additionally discusses the behaviour of differing kinds of parts utilized in steel-plated buildings. those elements contain metal beams and columns in addition to curved, stiffened, corrugated, laminated and different kinds of plate design.
With its exclusive editors and overseas group of individuals, research and layout of plated constructions is an invaluable normal reference for civil engineers fascinated about the layout of plated structures.
- Discusses the behaviour of metal and different plated constructions while lower than stress
- Extensive assurance of the foremost examine during this vital area
- Compiled via a global staff of uncommon contributors
Read Online or Download Analysis and Design of Plated Structures, Volume 2: Stability PDF
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Additional info for Analysis and Design of Plated Structures, Volume 2: Stability
2000). Many researchers used several analytical and numerical methods to study the stability of rectangular thick plates according to FOPT (Hermann and Armenakas 1960, Dawe and Roufael 1982, Wang et al. 1994, Kitipornchai et al. 1993, Shufrin and Eisenberger 2005). In shear flexible plate buckling analysis, moment terms due to cross-sectional rotations arise when one considers second order strains in the potential energy formulation of the inplane loads. These terms were introduced by Sun (1972, 1973) and later on also by Dawe and Craig (1986), Whitney (1987) and Bert and Malik (1997).
This is not the case for the other five combinations of boundary conditions shown. In these, the reversal of loading direction results in significant changes in the buckling factor as the bidirectionally compressed sub-region of the plate is bounded by different edge restraints for the different cases. 5976 significantly, and in some cases two half-waves arise in the y-direction. Results are shown only for five values of β, in the range –1 to 1, and for higher values, and intermediate values, one should expect many types of transition in the buckling factors variation tendency, and the shapes of the buckling mode.
They solved the thin plate buckling equation only for simply supported plate. Azhari et al. (2000) used the spline finite strip method and, by adding bubble functions, were able to improve on the buckling analysis results of plates. They presented approximate solutions for two combinations of boundary conditions only. Grimm and Gerdeen (1975) used the extended Kantorovich method to solve the thin plate buckling equations for unidirectional in-plane moment loading. They used numerical integration for the solution in each step of the procedure and obtained approximate solutions for the cases they solved.