Results 261 to 270 of about 144,986 (312)

Eccentrically loaded sandwich panels

International Journal for Numerical Methods in Engineering, 1977
AbstractThe paper deals with the design of eccentrically loaded sandwich panels in civil engineering structures. A theoretical analysis taking into account the non‐linear stress–strain properties of the materials and the influence of shear deformations is proposed. A computer program based on the described algorithm is used to solve a numerical example.
Tatsa, E. Z., Levy, M.
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Sandwich panel repair

1997
This chapter will briefly go over some of the types of damage that honeycomb sandwich panels suffer and the principles of repair. Military Handbook 337 (1982) Adhesive Bonded Aerospace Structural Repair is an excellent source for detailed repair procedures. It replaces and updates the old Military Handbook 23 (1968) repair section.
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Structural-Acoustic Optimization of Sandwich Panels

Journal of Vibration and Acoustics, 2005
Sandwich panels comprising face sheets enclosing a core are increasingly common structural elements in a variety of applications, including aircraft fuselages, flight surfaces, vehicle panels, lightweight enclosures, and bulkheads. This paper presents the optimization of various innovative sandwich configurations for minimization of their structural ...
FRANCO, FRANCESCO, K. A. CUNEFARE, M. RUZZENE   +2 more
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Nonlinear Dynamic Buckling of Sandwich Panels

Journal of Applied Mechanics, 1976
Nonlinear dynamic buckling of simply supported rectangular sandwich panels with isotropic cores and with initial curvature under transverse loads is analyzed. The large deflection sandwich panel equations proposed by Reissner are solved using a trigonometric series spacewise and by Houbolt scheme for timewise integration.
Murthy, N. K. Adi, Alwar, R. S.
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Modal density of sandwich panels based on an improved ordinary sandwich panel theory

Composite Structures, 2015
Abstract Modal density of sandwich panels with composite face sheets and orthotropic core is presented based on an improved ordinary sandwich panel theory. The governing equations are derived by applying the Hamilton’s principle, where in-plane rigidity of the core is considered and the material and reference axes are not limited to be identical to ...
Jingyong Han, Kaiping Yu, Xiangyang Li, Rui Zhao   +3 more
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Wood-strand sandwich panels for panelized construction

2015
Academic Journal of Civil Engineering, Vol 33 No 2 (2015): Special Issue - ICBBM ...
White, N., Voth, C., Yadama, V.
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Sandwich Panels with Stepped Facings

50th AIAA/ASME/ASCE/AHS/ASC Structures, Structural Dynamics, and Materials Conference, 2009
Sandwich panels have been developed to either design a lighter structure capable of carrying prescribed loads or to increase the load-carrying capacity subject to limitations on the weight. The major loadcarrying elements of a sandwich structure are its facings, while the core primarily serves to resist transverse shear loads, enhance local strength ...
Cody Nguyen, K. Chandrashekhara, Victor Birman   +2 more
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Axially Loaded Sandwich Panels

Journal of Structural Engineering, 1987
In recent years there has been a dramatic increase of interest in sandwich cladding panels consisting of metal faces and a rigid foam core. Previous studies have concentrated on the behavior of these panels when subject to bending action due to wind and snow load and under temperature gradient.
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Response of stiffened sandwich panels

22nd Structures, Structural Dynamics and Materials Conference, 1981
An increasingly important part of the design of skin-stringer systems, such as those found in flight vehicles, is the ability to reduce surface vibration levels when they are subjected to the dynamic loads of jet, or propeller noise. One common method of reducing the response of these structures is by layered construction using viscoelastic materials ...
M. SLAZAK, R. VAICAITIS
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X-joints in Composite Sandwich Panels

1998
The small structural weight of fast large ships such as fast mono hulls or catamaran type of ships is of extreme importance to their success. One possible light weight structural solution is the sandwich panel with fibre reinforced laminates and a balsa, honeycomb or foam core.
Vredeveldt, A.W., Janssen, G.Th.M.
openaire   +2 more sources