In-plane loading
BUCKLING ANALYSIS OF FUNCTIONALLY GRADED MINDLIN PLATES SUBJECTED TO LINEARLY VARYING IN-PLANE LOADING USING POWER SERIES METHOD OF FROBENIUS
... Abstract In this paper, buckling behavior of moderately thick functionally graded rectangular plates resting on elastic foundation subjected to linearly varying in-plane loading is investigated. The neutral ...
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Finite Element Analysis of FRP Strengthened Masonry Walls Subject to In-Plane Loading
... The objective of this paper is to study the behavior of unstrengthened and FRP strengthened masonry walls subjected to in-plane loading using the finite element analysis method. Unreinforced masonry walls ...
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Load sharing and weakest lamina effects on the compressive resistance of cross-laminated timber under in-plane loading
... perpendicular-to- plane loading was investigated by several researchers [3–5], the CLT compressive resistance in-plane loading was rarely ...
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A boundary element approach to buckling of laminated plates subjected to arbitrary in plane loading
... Laminated plate buckling is analyzed by the boundary element method (BEM). Ignoring bending- stretching coupling, a solution is first sought for the membrane stresses due to arbitrary in plane loading. ...
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Stress Distribution around Polygonal Holes in Graphite/Epoxy Laminates Under in Plane Loading
... To illustrate the effectiveness and scope of the present solution, results for several new cases of laminates containing different shapes of holes and loading conditions are presented in this section. Circular, ...
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Buckling Analysis of Plate Element Subjected to In Plane Loading Using ANSYSy
... theory, not the heat conduction equation only. Later on, Green and Naghdi [20-22] proposed another three models, which are subsequently referred to as GN-I, GN-II, and GN-III models. The linearized version of model-I ...
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An Analysis of Local Out-of-Plane Buckling of Ductile Reinforced Structural Walls Due to In-Plane Loading.
... In a majority of the nine tests, the walls failed with their web in compression. It is important to note again that the specimens only have a single layer of reinforcement and are significantly less stable laterally. ...
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Parametric Study on Confined Masonry Walls Subjected to In-plane Cyclic Loading Through Numerical Modeling
... In the first step, it is intending to validate the proposed numerical modeling in this study with the experimental result of the combined confined masonry specimen tested under in- plane loading. For this ...
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Experimental investigation of quasistatic and dynamic fracture properties of titanium alloys
... Matlab GUIs were created to facilitate analysis of CGS fringe patterns using the equations described in the previous section. Without such organization, implementation would be daunting at best, if not highly prone to ...
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Seismic performance of single bay two storey RC frame under in plane lateral cyclic loading
... In this research, a single bay two-storey RC frame was constructed in the heavy structural laboratory using cast in-situ concrete and designed using Eurocode 8. The construction of the sample is carried out using stage ...
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Performance of Pre-Stressed Sandwich Composites Subjected to Shock Wave Loading
... yellow color is the original color of the specimen and the white color signifies fiber delamination and face-sheet buckling. For the panel with 0 kN pre-loading, there is no buckling on the front face. For the ...
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Characterisation of the Deformation and Fracture of Nuclear Graphite using Neutron Diffraction
... to loading of the beam specimen to provide relative change of lattice spacing, ...{11.2} plane has been calculated for position p1 at the 24 loading steps and the results are plotted as a function of ...
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Linear soil-Structure interaction analysis of the columns of an unsymmetrical plane frame under seismic loading
... analysis plane frame is analysed without considering the interaction ...the plane frame, footings and soil mass are considered as a single compatible structural ...
5
AN EXPERIMENTAL STUDY OF THE IN-PLANE CYCLIC BEHAVIOR OF LOW ASPECT RATIO SC WALL PIERS
... lateral loading (termed a wall panel), 2) calculate the shear force– shear strain relationship for the panel using the equations included in Table 3, 3) calculate the moment– curvature relationship for the ...
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A comparison of economy and sagittal plane trunk movements among back , back/front and head loading
... Each trial began by measuring the participant’s body mass in order to calculate the ELI for that trial (see equation 1). Participants were then fitted with a face mask and a heart rate monitor (Polar, Finland) and asked ...
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A critical plane based model for fatigue assessment under fixed and rotating principal direction loading
... A literature study showed that the fatigue under complex loadings continues to be investigated by many researchers and presently more than 40 models for multi-axial fatigue analyses are available in literature [4-44]. ...
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Seismic Performance Of Insulated Sandwich Wall Panel (ISWP) Under In-plane Lateral Cyclic Loading
... The aim of this study is to examine the seismic behaviour of Insulated Sandwich Wall Panel (ISWP) under in-plane lateral cyclic loading. The ISWP composes of two cement fiber board and separated by a layer ...
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A rate-dependent Hosford-Coulomb model for predicting ductile fracture at high strain rates
... (7) Figure 1a shows a plot of the isotropic Hosford-Coulomb fracture initiation model for proportional loading. The strain to fracture is a monotonically decreasing function of the stress triaxiality and a convex ...
5
Stress tensor and gradient of hydrostatic pressure in the contact plane of axisymmetric bodies under normal and tangential loading
... Of course, above mentioned explicit solutions ([5], [9]) contain the stress state in the surface as a limiting case for z = 0 (note, that we don’t just refer to the traction vector at the surface, but the full stress ...
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A Novel Tri-band Microstrip Antenna Design with T-shaped Slots for C, X and Ku-band Applications
... From the Figure 2, it is clear that optimum bandwidth is achieved when length of ground plane is 8mm and at resonating frequency 4.4GHz, 8GHz, 9.6GHz and 13GHz. Figure 3 shows VSWR v/s frequency curve at a ...
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