Simulia Abaqus 6.9 EF1

Software, Graphic & Design. March 5, 2010 by kittylovely.
Simulia Abaqus 6.9 EF1

Simulia Abaqus 6.9 EF1 | 3.2 Gb

Extended version of the software system the company Abaqus Inc. - A leader in the development of software for finite-element calculations of the strength with which you can get the most accurate and reliable data for the most complex linear and nonlinear engineering solutions.C 2005 Abaqus Inc. included in the company Dassault Systemes (developer of the world-renowned CATIA CAD systems and systems of product lifecycle management PLM SmarTeam and Enovia). As a strategy for further development of the company Abaqus Inc. was announced the creation of a completely new universal modeling environment SIMULIA, to unite not only all the solutions of Dassault Systemes and Abaqus, Inc. in strength calculations, but also absorbed the best third-party solutions to create a powerful tool for realistic design and multidisciplinary analysis of the structure.
SIMULIA is the open platform for multidisciplinary (multiphisics) calculation model, the user can use not only in the automotive, aerospace, general engineering and manufacturing of consumer goods, but also in other industries facing complex issues requiring in-depth simulation, such as biomedicine, molecular technology, geophysics, pharmaceuticals, electronics. Built using the very well-known high-quality technology and support system for customers using the highest level, SIMULIA makes virtual testing part of the model development process, allowing engineers and researchers to improve the specifications of the products by reducing or eliminating reliance on physical prototypes, actively innovate.

SIMULIA allows the simulation of real structures, while in the general life cycle of a product, thus significantly improving the quality of consumer generated product, reduce the number of required full-scale experiments and promote innovation.

Core modules Simulia Abaqus:

- Abaqus / Standard
This module is designed to address the traditional problems of the finite element analysis, such as statics, dynamics, heat transfer, together with contact interactions and nonlinear properties of materials, based on the implicit scheme of integration. In addition, Abaqus / Standard is additional modules and interfaces: the module design to study the sensitivity of geometric changes in Abaqus / Design, module study of underwater and surface structures Abaqus / Aqua, integration with other software complexes, such as molding plastics Moldflow.
- Abaqus / Explicit
Module Abaqus / Explicit is based on an explicit scheme of integration and is designed to calculate the transient dynamics kvazistatiki, rapid processes, such as tasks fall (drop test), collision (crash test), failure and simulation of technological processes (forming, stamping, etc. .).
- Abaqus / CAE
Module pre / post-processor software system Abaqus, designed to simulate and visualize the results of calculation of the analysis modules Abaqus / Standard and Abaqus / Explicit. Has direct access to CAD models, advanced features to build a grid and a simple intuitive interface. With Abaqus / CAE you can quickly and efficiently create, edit model, monitor and diagnose the problem, visualize the results for all units of analysis. Focus on the topology and parameterization make Abaqus / CAE modern and efficient pre-postprocessor for engineers.
- FE-Safe
FE-SAFE - a module designed for the analysis of durability design. Development of the company Safe Technology, Ltd. Distributed by Abaqus, Inc.
FE-SAFE-interface between the results of Abaqus (*. fil file) or the output of the Abaqus (*. odb file), which are required to determine the resource products. FE-SAFE receives stress or strain for various cases of loading, and also uses data for the materials under cyclic loading to predict the resource structure. The results of calculation in FE-SAFE in the form of contour plots for the destruction of the curve of fatigue durability, safety factor in strength can be viewed either in Abaqus / CAE, either in Abaqus / Viewer
- Abaqus for CATIA V5
module using Abaqus for CATIA V5 (AFC), your system lifecycle management (PLM) is a powerful tool for non-linear strength analysis. AFC Abaqus integrates technology in GUI CATIA V5. Flexible modeling in CATIA V5 can quickly make improvements in the design of products, and tighter integration with the Abaqus model gives the opportunity to test the effect of these changes on all modes of operation of the product.
As a result of this integration we obtain a perfect tool for both linear and nonlinear modeling in the design of products. AFC provides data in CATIA V5 and transmits them to the module Abaqus / Standard. The analysis can also be viewed in the AFC.

Creating models and processing of results:

- Abaqus / CAE is adapted to create models of cracking and fracture of materials using XFEM, co-simulation and the use of algorithms Main contacts in Abaqus / Standard.
- Improved algorithm for constructing grids on complex surfaces.
- New modeling tools enable users to create fastening points of connection along the edges, the model on a regular basis or individually. This improvement allows you to create models of zones with a complex arrangement of compounds, such as compound plating with stringers in aircraft design.
- Disabling the steps of calculation allows users to modify the procedure for analysis without having to copy the calculated model. This improvement can be applied in many industries, including the aircraft industry, where it is necessary to simulate various cases of loading and nonlinear behavior.
- Improved import tools and geometry correction can automatically or manually with a specified interval sew parts of objects or faces. For example, it allows you to import SIMULIA / Abaqus model hull, consisting of a set of objects as one item.
- Now you can display the resulting forces and moments in the section on the flat sections. This allows to determine the resultant force in any plane of the section, such as the section of the cylinder chassis of the aircraft.
- Improved display of translucent objects in Abaqus / CAE allows you to optimize the performance of the video card displaying complex assemblies.

Opportunity analysis:

- In SIMULIA / Abaqus was introduced Extended Finite Element Method (XFEM). Introduction of this method enables the simulation of crack growth in arbitrary ways, beyond their boundaries. Method XFEM in combination with other features SIMULIA / Abaqus can be used in the aerospace industry for the analysis of survivability and durability of aircraft composite structures. In the energy sector, this method may be used for the analysis of nucleation and growth of cracks in high pressure vessel.
- A new method of co-simulation allows the simultaneous use in one predetermined step explicit and implicit solvers Abaqus, and due to this significantly reduce the time available for computation. Use of technology co-simulation allows engineers in the automotive industry to combine a model of a car body with the model of tire and suspension for the analysis of survivability of the vehicle, for example, if it enters the pothole.
- A new realization of the main contact in Abaqus / Standard allows you to simply and with a high degree of automation to ask contact pair in the models. This capability significantly increases the efficiency of simulation of complex assemblies, such as mechanical systems, hydraulic cylinders, or other products having in their construction details of many who have a contact interaction.
- Procedure for the analysis of steady dynamic processes based on the method of subspaces, now supports the possibility of co-simulation design acoustics using high-performance algorithm for data exchange.
- A new model foams with low density in Abaqus / Explicit factor takes into account the sensitivity to strain rate strongly compressible foams of elastomers, which are used to ensure the safety of passengers of cars and consumer packaging.
- In Abaqus / Standard became available in the development model of damage in brittle materials.
- A new model taking into account the viscous shear can simulate non-Newtonian fluids such as blood, glue, molten polymers, and other similar types of fluids used in household products and industrial applications.
- Available new types of boundary conditions for simulation of inflow and outflow of fluid using the technique of CEL (Coupled Eulerian-Lagrangian technique) in Abaqus / Explicit.


- Improved performance solver eigenfrequencies AMS significantly increases the efficiency of the analysis of large-scale models with a linear dynamic behavior. Such models are used for the analysis of noise in the car and analysis of vibration loads.
- A new way of movement of the grid for the CEL-analysis can significantly increase the speed of analysis by reducing the size of CEL-grid.
- Caching of geometry in the memory allowed to increase the rate of regeneration of complex objects and enable users to work with even more large and complex parts and assemblies.

In version Simulia Abaqus 6.9 EF1 (Extended Functionality) united by the unique possibilities of interaction with different CAD systems, as well as enhanced range of innovative technologies. For more information see the advantages and innovations in the extended version, you can visit the page:
View video and download the files in. Pdf format for more detailed acquaintance with Simulia Abaqus 6.9 EF can from this page:

Title: Simulia Abaqus
Version: 6.9 EF1 (Extended Functionality)
Interface: English
Operating System: AIX / Power, Linux x86/x64, Windowsx86/x64
File Size: 3.2Gb






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