Search results for "plate bending"

showing 3 items of 3 documents

A symmetric Galerkin BEM for plate bending analysis

2009

Abstract The Symmetric Galerkin Boundary Element Method is employed in thin plate bending analysis in accordance with the Love–Kirchhoff kinematical assumption. The equations are obtained through the stationary conditions of the total potential energy, written for a plate whose boundary is discretized in boundary elements. Since the matrix coefficients are made up as double integrals with high order singularities, a strategy is shown to compute these coefficients in closed form. Furthermore, in order to model the kinematical discontinuities and to weight the mechanical quantities along the boundary elements, the Lagrangian quadratic shape functions, rather than C 1 type (spline, Hermitian),…

Symmetric Galerkin Boundary Element MethodDiscretizationMechanical EngineeringMultiple integralMathematical analysisPlate bendingGeneral Physics and AstronomyBending of platesRigid bodyHermitian matrixFinite element methodhypersingular integrals.Mechanics of MaterialsGeneral Materials ScienceGalerkin methodSettore ICAR/08 - Scienza Delle CostruzioniBoundary element methodplate bending SBEM Hypersingular integralsMathematics
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Innovative straight formulation for plate in bending

2017

In this paper it has been introduced an innovative formulation for evaluating the deflection function of a simply supported plate loaded by uniformly distributed edge moments. Framed into Line Element-less Method, this formulation allows the evaluation of solution in terms of deflection, through few lines of algorithm implemented by Mathematica software without resorting to any discretization neither in the domain nor in the boundary. Interesting savings in terms of time and computational costs are achieved. Results obtained by the proposed method are well contrasted by ones obtained by classical methods and Finite Element Method.

Line Element-less MethodDiscretizationbusiness.industryMechanical EngineeringPlate bendingMathematical analysis02 engineering and technologyStructural engineeringBending of plates01 natural sciencesFinite element methodComputer Science Applications010101 applied mathematicsHarmonic polynomial020303 mechanical engineering & transportsSoftware0203 mechanical engineeringDeflection (engineering)Modeling and SimulationGeneral Materials Science0101 mathematicsbusinessCivil and Structural EngineeringMathematicsComputers & Structures
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Peri-Implant Distal Radius Fracture: Proposal of a New Classification

2022

A peri-implant fracture near the volar plate of the distal radius represents a rarity and can be associated with a mechanical failure of the devices. A literature review was conducted including all fractures that occurred around a volar wrist plate, which could be associated with an ulna fracture. All articles published until December 2021 were considered according to the guidelines presented in the PRISMA Statement. The search was conducted with the PubMed electronic database, Cochrane Database of Systematic Reviews, Medline, Embase, and Google Scholar. Only nine cases of these fractures were reported in the literature. The causes could be due to delayed union/non-union of the old fracture…

peri-implant fracturewrist fracturewrist fracture; plate breakage; plate bending; peri-implant fractureplate breakageplate bendingGeneral Medicine
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