three-dimensional nonlinear finite element simulation
Simulation Analysis on Shaking Table Test of RC Box-type Shear Wall in Multi-axis Loading (H192)
... paper, three dimensional nonlinear finite element analysis (3D-FEM) is applied to simulation analysis of the test results with simultaneous 3-direction input ...the ...
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Optimizing Dental Implant Model by Comparison of Three Dimensional Finite Element
... Currently FEA programs provide several types of contact algorithms for simulation of contacts. For our study we have used frictional contact - to obtain initial stability for the situation of immediate loading ...
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Three-dimensional nonlinear finite element analysis of concrete deep beam reinforced with GFRP bars
... proposed simulation of the material in the present study is capable of predicting the real behavior of reinforced concrete deep beam reinforced with GFRP bars in terms of load–deflection behavior, failure load, ...
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Adaptive finite element simulation of three-dimensional surface tension dominated free-surface flow problems
... time-dependent, nonlinear system of equations (2–3) has been solved in a fully coupled fashion [1, ...the nonlinear system since the flow solution and geometry evolution are coupled through the kinematic ...
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A new method for the treatment of unilateral posterior cross-bite: a three-dimensional finite element stress analysis study
... about finite element mod- ellings in dentistry, FEM was described as a prevalent and useful technique in the evaluation of stress distri- butions in biomechanic models ...previous three-di- mensional ...
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Nonlinear Three Dimensional Trajectory Following: Simulation and Application
... a nonlinear acceleration command generator that will cause the vehicle to fly circular arcs toward the desired ...in three dimensions, and one such generator has been proven stable in the ...
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Three Dimensional Finite Element Analysis of Wire Drawing Process
... material and the friction between the work-piece material and the die-interfaces to estimate the necessary force to carry out the process, by different methods. Wire drawing and plate drawing have been modeled and ...
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Finite element analysis of general three dimensional space frame
... Axial element comparison result Axial element displacement comparison result Truss two dimensional element displacement comparison Truss three dimensional element displacement comparison[r] ...
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Estimation of Fracture path in the Structures and the Influences of Non-singular term on crack propagation
... Extended Finite Element Method (XFEM) is utilized because of several drawbacks in standard finite element method in crack propagation ...
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Three dimensional geometrical and material nonlinear finite element analysis of adhesively bonded joints for marine structures
... a three dimensional do- ...standard finite element codes like ANSY S and ...a three dimensional finite element program, considering both the nonlinearity for bonded ...
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Simulation of impedance spectra for a full three-dimensional ceramic microstructure using a finite element model
... One of the first attempts to correlate the microstructure of an electroceramic with a mathematical combination of resis- tors and capacitors was proposed in the late 1960s by Bau- erle. 3 This attributed the response of ...
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Moisture-induced stresses in engineered wood flooring with OSB substrate
... The finite element method is a useful tool to predict the behavior of EWF [3, ...a three-dimensional (3D) finite element model of the hygromechanical cupping in layered wood ...
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Two Dimensional and Three Dimensional Finite Element Analysis of Finite Contact Width on Fretting Fatigue
... Three-dimensional contact analysis requires extremely fine meshes for accuracy which requires enormous computer memory and computation time. Therefore, the submodeling technique is generally used. 17) The ...
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... The method of analyzing the statistically indeterminate staircase formed by a series of bar elements was first developed by [8]. The main difference in his assumptions from those suggested by [6] is that the landing slab ...
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GIS-based two-dimensional numerical simulation of rainfall-induced debris flow
... describes finite masses of variably fluidized grain-fluid mixtures that move unsteady across three-dimensional ter- ...ical simulation for 2-D debris flow on an erodible bed us- ing the ...
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Finite Element Analyses of Single-Edge Bend Specimens for J-R Curve Development
... Displacement-controlled loading was applied in all the models. For models with a/W ≥ 0.4, the displacement was increased from 0 to 1.5 mm through 5000 steps, whereas it was increased from 0 to 2 ~ 2.5 mm through 15,000 ...
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Three-dimensional finite element modeling of ductile crack initiation and propagation
... Controlling crack initiation and propagation is one of the important aspects in main- taining the integrity of an engineering structure. In some other cases, however, cracks are introduced on purpose. Examples can be ...
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Biomechanical comparison of three stand alone lumbar cages — a three dimensional finite element analysis
... at each motion segment [27]. This study cautiously de- creased the temperature of the truss elements to produce a 400-N follower load for minimizing the ROM of each motion segment (<0.2°). Subsequently, a 10-Nm moment ...
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The design of hybrid stepping motors aided by three dimensional finite element analysis
... i Single Phase Full Stepping If current now passesthrough one of the stator phase windings as shown in figure 1.1IA, the resultant north and south stator poles will attract teeth of the [r] ...
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Finite element computation for solving pulsatile blood flow: relevance in assessing the flow dynamics in abdominal aortic aneurysms
... (v-p) finite element method that solves the pulsatile blood flow in ...the three-dimensional nonlinear finite element ...
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