ABAQUS software

Figure 14.7. Simulation results obtained with the ABAQUS software with two circular and one rectangidar test specimens subjected to three-point-support flexural tests [69]...

A 3D model of tibia was created with the real geometry of one human male and mid-sized left leg using spiral scan images. It was materialized by MIMIX software (version 10.01), then the model was developed in ABAQUS software (version 6-7.1) for the purpose of modeling of some other in-vivo conditions (see Fig. 1). 

To depict the material behavior of a part of this kind in optimum terms, the material model must ideally distinguish between elements subjected primarily to tensile loading and those subjected primarily to compressive loading. The IKV has a multilinear elastic material model for 3D volume elements as a subroutine for the ABAQUS software, which allocates the corresponding material behavior (tension or compression) as a function of the distinction described. 

In this study, residual thermal stresses were also eonsidered because co-cured lap joints generally undergo temperature drop (from 120D to 20D) during the curing process. The stress distributions in the co-cured single and double lap joints were analyzed using ABAQUS i.8 to be commercial finite element analysis software [21],... 

Macroscopic phenomena are described by systems of integro-partial differential algebraic equations (IPDAEs) that are simulated by continuum methods such as finite difference, finite volume and finite element methods ([65] and references dted therein [66, 67]). The commonality of these methods is their use of a mesh or grid over the spatial dimensions [68-71]. Such methods form the basis of many common software packages such as Fluent for simulating fluid dynamics and ABAQUS for simulating solid mechanics problems. 

The finite element (FE) model of the FSSW process was done using ABAQUS/Explicit software. A 3-D dynamic fully coupled thermal-stress analysis was performed to obtain thermomechanical responses of the FSSW process. Two features in the FE package were deployed in order to obtain the results ... 

Refill FSSW. Muci-Kiichler et al. (Ref 26) reported results on a simplihed isothermal 3-D hnite element model (FEM) of the initial plunge phase of the FSSW process. The model, based on a solid mechanics approach, was developed using the commercial software ABAQUS/ Explicit. 

The stresses and displacements at the boundaries of the deformable domain (applied or enforced) dictate the boundary conditions, which effectively determine the particular solution to the PDFs. If the problem is truly three-dimensional (because geometry and/or loads vary in all three directions) then numerical solutions are needed for all but the most elementary example cases. FFA is the de facto choice for such scenarios and commercial codes abound ABAQUS and ANSYS (software programs) are arguably the most common. An example of a simple geometry that is nevertheless a truly three-dimensional problem is a film capping an elliptical hole, that is, an elhptical plate or membrane. 

These are fields defined throughout space in the continuum theory. Thus, the total energy of the system is an integral of these quantities over the volume of the sample dt). The FEM has been incorporated in some commercial software packages and open source codes (e.g., ABAQUS, ANSYS, Palmyra, and OOF) and widely used to evaluate the mechanical properties of polymer composites. Some attempts have recently been made to apply the FEM to nanoparticle-reinforced polymer nanocomposites. In order to capture the multiscale material behaviors, efforts are also underway to combine the multiscale models spanning from molecular to macroscopic levels [51,52]. 

Using a modified commercial software package termed ABAQUS (initially formulated for metalworking technology), an attempt was made to simulate some features of the rolltrusion process at several deformation ratios < X 5. Simulated deformed grid patterns compare favorably with... 

Medicine. In the medical field, for example, Abaqus 6.10-EF finite element analysis (EEA) allows designers to envision new developments in established medical devices (improving artificial heart valves, for example) or the creation of new medical devices. GAD software, ideally, allows a user to simulate real-world performance. 

This is the final step in CFD analysis, and it involves the organisation and interpretation of the predicted flow data and the production of CFD images and animations. Fluent s software includes full post-processing capabilities. FLUENT exports CFD s data to third-party post-processors and visualisation tools such as Ensight, Fieldview and TechPlot as well as to VRML formats. In addition, FLUENT CFD solutions are easily coupled with structural codes such as ABAQUS, MSC and ANSYS, as well as to other engineering process simulation tools. 

Using the FEM software package, ABAQUS v6.9.3, on the geometric model of complete denture, was performed an analysis of the stress and strain field, taking into consideration different located defects. Based on non-destructive evaluation were carried out four models of analysis. At each model was considered a defect as a material hole with a diameter of 2 mm and 1 mm depth, in the area indicated in figure 1. 

In this paper, the finite element software ABAQUS is adopted to simulate and analyse the process of the lifting mechanical system lifting the antenna. The simulation shows that the ultimate stress of the pin during the process is cr= 109.5 MPa, and Figure 4 shows the stress nephogram of the pin. 

The commercial finite element software, ABAQUS v6.8, was used to implement the model. Quadratic pore pressure elements were used to represent the biphasic nature of the cartilage tissue and the chondrocytes. The top surface of the... 

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