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Today, the simulation of industrial products is often done by
expert engineering teams and special tools and programs that have professional
and extensive elements for modeling components in different comparisons, and in
the meantime, to achieve an efficient model and design. , The use
of multiple software can reduce the quality and increase costs. Abaqus suite
of tools scalable to users provide to them, regardless of skill in simulations,
or worry about losing your data in an integrated environment with the Mac where sharing data And
doing group work, to simulate and construct the model quite realistically.
The software was originally designed for use in nuclear power and
drilling engineering, because engineers in these branches needed a tool to
study complex and nonlinear problems. Since this software is based on
nonlinear issues, it has the ability to simulate the real world. This
software gives the user the ability to model the most complex phenomena, taking
into account the extremely delicate effects.
In fact, Abaqus software responded to industry needs to simulate realistic space for easier tasks such as large-scale deformation modeling in two-dimensional and three-dimensional modes, offering a massive functionality, usable virtualization, multidisciplinary, and Mac Annick Nuclear and Compute and Modeling Device Load, Dynamic Vibration, Thermal Connections.
Abaqus is a high-level FEM program designed for general purpose purposes to model the behavior of objects under external loads. Among the examples of simulations conducted by Abaqus in various parts of the industry, one can consider non-linear analysis and estimate the degree of destruction of components of a structure, optimization of design with consideration of buckling under pressure, analysis of the distribution of cracks in panels Airplane body, rack analysis, Rolling Maill roll forming system simulation To optimize the number of rotations and predict product characteristics, create a user-defined material subroutine to consider nitinol nonlinear reactions in medical devices. Made
The Abaqus / CAE includes an environment for designing and modeling (preprocessing) and graphic representation of the results of the analysis.
In fact, Abaqus software responded to industry needs to simulate realistic space for easier tasks such as large-scale deformation modeling in two-dimensional and three-dimensional modes, offering a massive functionality, usable virtualization, multidisciplinary, and Mac Annick Nuclear and Compute and Modeling Device Load, Dynamic Vibration, Thermal Connections.
Abaqus is a high-level FEM program designed for general purpose purposes to model the behavior of objects under external loads. Among the examples of simulations conducted by Abaqus in various parts of the industry, one can consider non-linear analysis and estimate the degree of destruction of components of a structure, optimization of design with consideration of buckling under pressure, analysis of the distribution of cracks in panels Airplane body, rack analysis, Rolling Maill roll forming system simulation To optimize the number of rotations and predict product characteristics, create a user-defined material subroutine to consider nitinol nonlinear reactions in medical devices. Made
The Abaqus / CAE includes an environment for designing and modeling (preprocessing) and graphic representation of the results of the analysis.
Key features of Abaqus software:
- Solve static and dynamic issues
- modeling of large deformations in two-dimensional and three-dimensional
- with a complete set of interconnected elements, elements Plate, Shell, Beam and ...
- Ability to model the contact or collision
- book advanced home solid elastic material includes plastic , Foam concrete, soil, piezoelectric materials, etc.
- Improved mesh quality and surface strength
- Advanced interface for controlling the local mesh and density calibration
- Contains a set of geometric editing tools designed to create the middle layer of thin, Make simulations more efficient
- Create complex geometric features and build multi-branch exhaust engines, or window frames in aerospace structures.
- Nonlinear Analysis and Estimation of the Damage Scale of a Structural Component
- Optimization of Design with Consideration of Buckling Under Pressure
- Analysis of the distribution of the crack in the airplane panel panels
- The analysis of the rivets
- Simulation of the roller system for the production of steel and iron sections for optimizing the number of rotations and forecasting product characteristics
- and ...
- Solve static and dynamic issues
- modeling of large deformations in two-dimensional and three-dimensional
- with a complete set of interconnected elements, elements Plate, Shell, Beam and ...
- Ability to model the contact or collision
- book advanced home solid elastic material includes plastic , Foam concrete, soil, piezoelectric materials, etc.
- Improved mesh quality and surface strength
- Advanced interface for controlling the local mesh and density calibration
- Contains a set of geometric editing tools designed to create the middle layer of thin, Make simulations more efficient
- Create complex geometric features and build multi-branch exhaust engines, or window frames in aerospace structures.
- Nonlinear Analysis and Estimation of the Damage Scale of a Structural Component
- Optimization of Design with Consideration of Buckling Under Pressure
- Analysis of the distribution of the crack in the airplane panel panels
- The analysis of the rivets
- Simulation of the roller system for the production of steel and iron sections for optimizing the number of rotations and forecasting product characteristics
- and ...
Today, product simulation is often performed
by engineering teams using niche simulation tools from different vendors to simulate
different design attributes. The use of multiple vendor software produces
inefficiencies and increases costs. SIMULIA delivers a scalable suite of
unified analysis products that allow all users, regardless of their simulation
expertise or domain focus, to collaborate and seamlessly share simulation data
and approved methods without losing their information faithfulness.
The Abaqus Unified FEA product suite offers
powerful and complete solutions for both routine and sophisticated engineering
problems covering a wide range of industrial applications. In the
automotive industry, engineering work groups can consider full vehicle loads,
dynamic vibration, multibody systems, impact / crash, nonlinear static, thermal
coupling, and acoustic-structural coupling using a common model data structure
and integrated solver technology. Best-in-class companies are taking
advantage of Abaqus Unified FEA to consolidate their processes and tools,
reduce costs and inefficiencies, and gain competitive advantage.
Abaqus6.11 delivers SIMULIA's strategic commitment to providing scalable, high-quality, realistic simulation solutions with new capabilities and more than 100 customer-requested enhancements. SIMULIA's customers in a wide range of industries, including aerospace, automotive, consumerpackaged goods, energy, and life sciences, are using Abaqus to explore real-world physical products and materials, in order to improve performance, reliability and safety while reducing development time and costs.
Here are some of the features of Abaqus:
Multiphysics: An
electromagnetics solver for problems requiring time-harmonic eddy current analysis, such as a hardening of a bearing surface due toinduction
Smoothed particle hydrodynamics (SPH) capability for modeling violent free-surface flows, such as fluid sloshing
Ability to define a spatially varying speed when specifying flow and outflow conditions and wall boundary conditions for fluidynamic analysis.
Modeling & Visualization:
Interactive mapping capability for importing and applying spatiallyvarying parameter values based on an external data source, such as compressive loads from a computational fluid dynamics (CFD) application.
Capabilities for more realistic and efficient large-scale fastenermodeling for applications such as rivets on an aircraft fuselage
Ability to display stress variations on beam sections, such as structuralmembers of an offshore platform subjected to wave loading
Additional capabilities for freebody force and moment output including the ability to display output in multiple sections and history plots.
Performance:
Abaqus / Standard can be executed in parallel on shared memorycomputers equipped with compute-capable graphics processing units (GPUs).
Scalable thread-parallel execution capability. of the parallel AMS eigensolver, for solving larger symmetric eigenvalueproblems faster
Parallel cavity radiation scheme for modeling heater transfer effects due to radiation in enclosures, such as heater transfer in an engine exhaust
Parallel frequency response solverto support shared memory parsing (SMP) with up to 24 cores, providingclass leading performance
Add-ons:
The Abaqus TopologyOptimization Module (ATOM) provides topology and shape optimizationcapabilities that accounts for material nonlinearity and contact
Enhanced CATIA V5 Bidirectional Associative Interface (AI) Providesseamless parameter updating for rapid design analysis iterations
Abaqus6.11 delivers SIMULIA's strategic commitment to providing scalable, high-quality, realistic simulation solutions with new capabilities and more than 100 customer-requested enhancements. SIMULIA's customers in a wide range of industries, including aerospace, automotive, consumerpackaged goods, energy, and life sciences, are using Abaqus to explore real-world physical products and materials, in order to improve performance, reliability and safety while reducing development time and costs.
Here are some of the features of Abaqus:
Multiphysics: An
electromagnetics solver for problems requiring time-harmonic eddy current analysis, such as a hardening of a bearing surface due toinduction
Smoothed particle hydrodynamics (SPH) capability for modeling violent free-surface flows, such as fluid sloshing
Ability to define a spatially varying speed when specifying flow and outflow conditions and wall boundary conditions for fluidynamic analysis.
Modeling & Visualization:
Interactive mapping capability for importing and applying spatiallyvarying parameter values based on an external data source, such as compressive loads from a computational fluid dynamics (CFD) application.
Capabilities for more realistic and efficient large-scale fastenermodeling for applications such as rivets on an aircraft fuselage
Ability to display stress variations on beam sections, such as structuralmembers of an offshore platform subjected to wave loading
Additional capabilities for freebody force and moment output including the ability to display output in multiple sections and history plots.
Performance:
Abaqus / Standard can be executed in parallel on shared memorycomputers equipped with compute-capable graphics processing units (GPUs).
Scalable thread-parallel execution capability. of the parallel AMS eigensolver, for solving larger symmetric eigenvalueproblems faster
Parallel cavity radiation scheme for modeling heater transfer effects due to radiation in enclosures, such as heater transfer in an engine exhaust
Parallel frequency response solverto support shared memory parsing (SMP) with up to 24 cores, providingclass leading performance
Add-ons:
The Abaqus TopologyOptimization Module (ATOM) provides topology and shape optimizationcapabilities that accounts for material nonlinearity and contact
Enhanced CATIA V5 Bidirectional Associative Interface (AI) Providesseamless parameter updating for rapid design analysis iterations
More info (open / close)
Required system
OS: Windows XP / Vista / 7even / 8 / 8.1
Specifications
Manufacturer: Dassault
Systemes
File Size: 2073 + 1733 + 893 MB Release Date: 12:00 - 1394/12/16 | 2016.03.06 Source: PC Download / www.p30download.ir Rating:
File Size: 2073 + 1733 + 893 MB Release Date: 12:00 - 1394/12/16 | 2016.03.06 Source: PC Download / www.p30download.ir Rating:
Installation guide
Use the tips in the Read Me.txt file to
install the software.
Download links
Information Windows Version - 2073 MB
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Download - Part Three
Download - Part IV
Download - Part V
Download - Part VI
Download Kirk (alone)
Download - Linux Version - 1733 MB
Download - Part One
Download - Part Two
Download - Part III
Download - Part IV
Download - Part Five
Download - Documentation - 893 MB
Download - Part One
Download - Part II
File password www.p30download.com
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