Mar 132017

download DS SIMULIA 2017 HotFix2 Suite (Abaqus/Isight/Fe-safe/Tosca) Win/Linux x64 full

Link download Abaqus 2017 HotFix2 for windows/Linux 64bit full license

Link download Isight 2017 HotFix2 for windows/Linux 64bit full license

Link download Fe-safe 2017 HotFix2 for windows/Linux 64bit full license

Link download Tosca 2017 HotFix2 for windows/Linux 64bit full license

DS SIMULIA 2017 HotFix2 Suite (Abaqus Isight Fe-safe Tosca) 64bit
DS SIMULIA 2017 HotFix2 Suite (Abaqus/Isight/Fe-safe/Tosca) 64bit
Tosca 2017 HotFix2 x64 for windows and linux
Tosca 2017 HotFix2 x64 for windows and linux
Abaqus 2017 HotFix2 64bit full license
Abaqus 2017 HotFix2 64bit full license

The world-class software complex in the field of finite element strength calculations, with which you can obtain accurate and reliable solutions for the most complex linear and nonlinear engineering problems.
DS SIMULIA Tosca (Fluid / Structure)
TOSCA Fluid – a package of geometric optimization using third-party solvers (Fluent, STAR-CCM +)
TOSCA Fluid is so far in the only available system for topology. Starting from an initial design space, an optimized design of a flow channel is determined automatically by TOSCA Fluid. With only one CFD solver run an optimized structure with e.g. Significantly reduced pressure drop or homogeneous flow is derived. This allows for the first time.
Tosca Structure – a package of geometric optimization using third-party solvers (ANSYS, Abaqus, Permas, MSC.NASTRAN, NX.NASTRAN, MD.NASTRAN)
FEA packages (ABAQUS, ANSYS, MSC NASTRAN). Tosca Structure is the market leading technology for structural optimization based on industry standard. It allows for the rapid and reliable design of lightweight, rigid and durable components and systems. Using topology optimization with Tosca Structure.topology. Specific detail improvements through the shape and bead optimization respectively (with Tosca Structure.shape and Tosca Structure.bead respectively). With Tosca Structure.sizing, you can find optimized sheet thicknesses even for large scale applications with up to millions of design variables. The result are designs with optimum relation between weight, stiffness and dynamic behavior.
Package for modeling fatigue structures
FE-safe is the technical leader in fatigue analysis software for Finite Element models. FE-safe has been developed continuously since the early 1990’s in collaboration with industry to ensure that it continues to be the benchmark for fatigue analysis software.
FE-safe was the first commercially available fatigue analysis software to focus on modern multiaxial strain based fatigue methods. FE-safe provides unique capabilities for thermo-mechanical fatigue and creep-fatigue, the fatigue analysis of composite and rubber materials and the Verity Structural Stress method for welded joints.
FE-safe is renowned for its accuracy, speed, comprehensive capabilities and ease of use.
Regardless of the complexity of your fatigue analysis,
FE-safe fits smoothly into your design process, enabling you to develop products that are designed for durability.
FE-safe offers the user an easy-to-use fatigue analysis suite that provides reliable, accurate fatigue life predictions regardless of the complexity of your analysis
SIMULIA provides users with leading solutions to get the most out of using various software packages. Isight and SIMULIA Execution Engine (formerly called Fiper) allow you to combine multiple interdisciplinary models and applications in the flow of simulation processes, automate their execution in distributed computing resources, explore the project space and identify optimal design parameters in accordance with requirements and constraints.
The possibilities of our tried and tested solutions for automation and optimization of simulation modeling:
Radically shorten design time by integrating workflows into an automated environment
Release of more reliable, high-quality products due to shorter lead times for design options
Reducing the amount of investment in hardware due to the effective use of existing systems and the distribution of work
Effective communication due to strong cooperation of partners in the design
Key Functions Isight
Building a model
File Sets File sets are a new and improved way to define dynamic arrays of incoming and outgoing files.
They allow you to configure the file arrays by locating the file and matching the file.
The size of the file array is determined during the run of the program and each time it can change.
The content of the file set can be sorted by name (in alphabetical order) or by the date of the change.
Replacement of the Jobid keyword The new keyword {jobid} corresponds to the current Jobid ID in Isight.
The replacement of the keyword {jobid} is performed in the file parameters and in the components.
Replacing the User keyword The new {user} keyword is the name of the user who launched the task offline in Isight.
In previous versions, the keyword {user} was available only in SEE.
Component Enhancements:
Component CATIA V5 Additional support in Isight parameterizing the number of layers of layered composite material. Valid values: integers greater than 0. The order of array elements corresponds to the order of layers set in CATIA.
Additional support in Isight parametrization of layers of composite material and main directions.
The admissible values ​​of the orientation angle of the fibers of the layer in Isight correspond to the values ​​established in the CATIA model.
The parameters are now fully preserved when going from Isight to CATIA and vice versa.
The ANSYS Workbench development environment component The ANSYS Workbench development environment component has been improved and now supports the geometric contiguity function. When you import a geometric data file (for example, CATIA V5) into the ANSYS Workbench (* .wbpj) model and create design parameters with reference to geometric parameters, you can update these parameters using the component via the geometry interface.
To support this ANSYS Workbench function, the parameters of the new file are automatically created using the component.
Runtime Gateway Visuals
Correlation table The new visual correlation table displays the heat map of the correlation values ​​between the selected incoming and outgoing parameters. In addition, the table helps users quickly identify highly correlated pairs of incoming and outgoing parameters. Finally, it displays the same data as on the correlation map, but they are presented in a different form.
Lines of minimum / maximum values ​​in the historical data table Gray gray / low values ​​have been added to the historical data table, where the parameter values ​​are displayed as part of a row of values ​​in this column. The data in the rows is updated in real time as the simflow program is executed and new data is added to the table.
Improved graphs based on data sets In previous releases of Isight, it was impossible to create graphics based on data from two different arrays.
Now Isight supports graphs, which are created using data from two different arrays. For example, based on the “shift / time” and “force / time” relationships, the user can easily create a graph that reflects the “force / shear” relationship.
This greatly simplifies the process of subsequent processing of arrays of historical data of the Abaqus component.
Tools for generating license usage reports A new utility that allows you to create reports about the history of the use of Isight licenses.
Allows you to read data from the event log on the Dassault Systemes license server (DSLS) or from the FLEXnet debug log and personalize the report, depending on the user’s preferences.
Output data to a standard output device or to ASCII files of various formats (table, csv, json).
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