Examples of using Finite element model in English and their translations into Portuguese
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Figure[6] shows the Finite Element Model of the studied building.
The results were employed to validate and improve a 3D finite element model of the bridge.
Initially, a finite element model was developed with trapezoidal elements. .
Through a computational procedure united ansys andmatlab it is possible to connect the finite element model to mathematical model. .
A finite element model of the hull was also developed for evaluation modes and natural frequencies.
The proposed methodology is based on a nonlinear finite element model and an experimental modal analysis procedure.
To do so, a finite element model is developed in which the porous material is treated as a equivalent fluid.
Pereira[17] uses the equations to design membranes to calculate shells obtaining stresses from a finite element model.
This work presents a finite element model of a concrete coated pipeline under bending load.
Since this technique requires accurate models, the hydrodynamic nonlinear forces of the bearings are considered in the finite element model of the shaft.
Further details of the finite element model used in the numerical simulations are described by Paliga et al.
The cushion was then pre-processed transformed into computer-aided design models that can be manipulated to create the finite element model Figure 2.
The finite element model used for numerical simulations has shown to be a valuable tool to analyze this type of problem.
To assess the geometric parameters of the tooling a finite element model has been proposed by assuming the state condition deflection plane.
A finite element model was developed using situa/prosim software in order to evaluate the influence of the launching parameters on the efforts developed along the line.
Sequential linear programming(slp)is used to solve the optimization problem. the sensitivities for the finite element model were derived for the objective function and constraints.
In this work, a finite element model was developed to simulate the first pass of finishing hot strip mill of c-mn steel.
In this work was extended a python-built management tool of the structure and the finite element model, to organize, control and create, automatically, the optimization cards.
Then, the finite element model is used to simulate various scenarios of angles between bearing and bypass loads.
The methodology is based on the usage of a linear regression technique from a finite element model with unitary loads and measured deformations with strain gauges in the component.
Then, an ansys shell finite element model is employed to perform geometrical and material nonlinear analysis of the columns affected by the distortional buckling mode.
The parameters of the viscous model were adjusted using the peak load values in P-? curve load versus displacement of the load application point,obtained by a finite element model.
It must be mentioned that the finite element model was able to follow up beam performance from initial loading to ultimate load.
The formulation of the objective function for the minimization problem is established by the difference between experimental dynamic parameters of the damaged structure andthose calculated using a finite element model(fem) that represents such condition.
Materials and methotds: a 3d finite element model simulating a tripod fracture of the zygoma was constructed from ct scans, and was replicated.
A finite element model was built with solid elements in ansys program, which was used in a transient thermal-structural analysis, with the purpose of obtaining the temperature history and residual stresses.
The rupture load numerically obtained by finite element model was 52.25kN, representing a difference of -3.7% relative to the experimental value.
A finite element model which associates frame and shell element is employed for the analysis of the structure, allowing the determination of internal forces, displacements and reactions at the supports.
The first article presents a finite element model for simulating the three-dimensional behavior of reinforced concrete structures under monotonic loading.
The finite element model presented and improved in this work was initially developed with abaqus, within the research group for structural engineering of the post-graduate program on civil engineering at the universidade federal de viçosa- brazil. case studies were performed in order to assess the analytical model¿s.