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Dymola, Dynamic Modeling Laboratory, is a complete tool for modeling and simulation of integrated and complex systems for use within automotive, aerospace, robotics, process and other applications.

The unique multi-engineering capabilities of Dymola presents new and revolutionary solutions for modeling and simulation as it is possible to simulate the dynamic behavior and complex interactions between systems of many engineering fields, such as mechanical, electrical, thermodynamic, hydraulic, pneumatic, thermal and control systems. This means that users of Dymola can build more integrated models and have simulations results that better depict reality.
Flexible and open environment

The Dymola environment uses the open Modelica® modeling language which means that users are free to create their own model libraries or modify the ready made model libraries to better match users unique modeling and simulation needs. The flexibility of Dymola makes it a versatile tool which is perfect for modeling and simulation of new alternative designs and technologies.

Cadmai is completely associative, which means that not only crosshatching / dimensions are related to defined geometry but any other entities can be linked to each another Beside the variance of shape also logical structures can be defined and cover even topological changes By integrating dynamically generated dialogs the geometry can also be steered in the viewer module The modification of the parameter can also be performed by external applications as spreadsheet analysis, databases,PDM systems or web pages, in which the viewer is embedded An open, by configuration tables expandable export concept enables even the transfer of parametric to the destination systems.

Cadmai consists of the following modules The main application for creating relational models The Viewer which can be steered remotely by external applications The ActiveX / DotNet Control, which can be embedded in own applications and serves either as an integrated viewer or as an interactive CAD module An
windows API which enables CADMAI to run in native windows in an external application A API which can be used as an independent geometry library Batch modules which allows the usage of CADMAI batch processes and the control of loaded CADMAI models. SOA modules which enable the usage of CADMAI in a service oriented environment.

DeskArtes Import Package 8.1

3D CAD import formats for 3Data Expert The additional import formats for 3Data Expert allow you toconvert different standard and proprietary 3D CAD surfacemodels efficiently and accurately to STL, VRML and ZPRfiles.

Current converters include IGES, VDA, STEP, Catia 5or 4, ProE and UG file formats (other formats are availableupon request). Any 3D surface geometry generated with well known CADsystems can be inputted into 3Data Expert using either theproprietary file formats or standard file formats, like IGESor STEP. The models are inputted and converted into 3DataExpert internal surface model format accurately forsubsequent triangulation. Surface conversion accuracy forthe model input is easily set using a single tolerancesetting. The surface to STL conversion does not require a license tothe sending CAD system, like Catia or ProE. DeskArtesconverter will work independently and offer a single simpleuser interface for surface model triangulation from any CADsystem. You will not need a license nor training to complexCAD systems and still produce accurate 3D Printing modelseasily! The triangulation interface allows the user to define therequired accuracy with a single tolerance value. Adaptivetriangulation will generate more triangles at the curvedarea of the model and less triangles at the flat areas,ensuring maximal model accuracy with minimal number oftriangles. The triangulation will automatically join surfaces atedges to produce a solid, watertight triangulation for 3DPrinting. After the triangulation the automatic repair commands areused to orient the normals and to repair any errors stillremaining in the model. The surface input - surfacetriangulation - STL repair implemented in the 3Data Expertwill ensure the best possible result for transferring 3D CADsurface models to 3D Printing. IGES and VDA formats converters are included in the basic3Data Expert installation package. Other formats, STEP, UG,ProE, and Catia 5 or 4, are installed with a separateImport Package available for download at DeskArtes webpages

DeskArtes 3Data Expert 8.1.0.6

3Data Expert® is a professional tool for repair, conversion and manipulation of 3D CAD data for 3D printing, Rapid Prototyping, Rapid Manufacturing as well as for simulation. DeskArtes 3Data Expert is used by major desing, manufacturing, automotive, consumer etc. companies around the world. 3Data Expert repair technology is also utilized by largest 3D Printer manufacturers, like Z Corporation.With 3Data Expert 3D surface models can be triangulated into accurate triangle representation. Triangulated models can be repaired with efficient and easy to use tools into correct solid data by following the instructions given by automatic contex sensitive help. Colors and Textures can be added on the 3D models with most advaced tools on the market. Correct triangle models can be manipulated for optimal print with splitting, connecting, hollowing and support generation tools, for example.

3Data Expert allows you to import IGES, VDA-FS, STL, VRML, ZPR, OBJ, ProE, Catia, Unigrahpis or STEP models. Other import formats are available on request.
Visual inspection and measuring

* Visual model inspection with textures and colors
* Clipping and viewing with grid lines
* Take 3D measures to estimate the size
* Point value, angle, distance, radius
* Calculate areas and volumes
* 2D Dimensions and drawings

Adams is the world"s most widely used mechanical system simulation software. It lets you build and test virtual prototypes, realistically simulating on your computer, both visually and mathematically, the full-motion behavior of your complex mechanical system designs. Along with an extensive set of analysis capabilities, MD Adams is optimized to across multiple disciplines with the power to handle large-scale problems and take advantage of high performance computing environments. The multidisciplinary focus accelerates across-the-board efficiency improvement by driving early design validation, improved product performance, and rapid insight into product lifecycle performance.

The MD Adams release supports coupled motion-structures simulation. The bi-directional integration with MD Nastran can be used for exporting Adams models to Nastran for a more detailed NVH analysis or for stress recovery and subsequent use with life/damage calculation.

It has always been our challenge to make DASYLab easy-to-use - now you have a chance to find out whether we"ve succeeded. Even most sophisticated acquisition and control tasks can be solved with DASYLab quickly and without any additional programming. Simply insert the appropriate module symbols into the worksheet and connect them by wires - all this with no more than a few mouse clicks.

DeskProto is meant for any company that needs in-house facilities for Rapid Prototyping. RP means converting a 3D CAD model of a design into a physical model (prototype). This can be achieved either by stacking many thin layers (Additive RP) or by removing chips from a block (Subtractive RP). Stereolithography machines and other layer oriented systems are far too expensive, however a small NC milling machine combined with DeskProto is affordable: offering Desktop Prototyping.

Main application areas are Concept Modelling (using physical models during the concept stage of the design process) and the creation of styling block models for presentation purposes. In some cases even manufacturing is possible: for instance wax models for jewelry (investment casting). The advantages of in-house RP are clear: you no longer have to wait a number of days, your prototype is ready within hours!The design process will clearly be accelerated.

Turbo Photo is a powerful darkroom software helps users to improve their digital photos. In Turbo Photo, the full control of exposure, color, quality and the problem oriented user interface make it easy for everyone to get wonderful photo artworks. Moreover, the most flexible functions will bring you surprise, enjoyment and fun.

Features

Limited by the page space, the features are highly summarized as follows:

* Problem oriented wizard and automatically processing, get extraordinary photos step by step.
* Full control of exposure and color with tools from basic to professional.
Recommend: "Professional histogram", "HSB curve","Tone maker" and "Photography conception adjustment".
* Support adding frame, text, logo, signatures with templates or manually.
* Remove or reduce noise, fog, dark corner, purple fringing, red eyes, spots...
* Optimize portrait by special digital beauty function with both wizard version and professional version.
* Supply plenty of special effects and support external plug-ins.
* Free transform include correcting barrel distortion and perspective distortion, changing shape.
* Powerful print and typeset functions.
* Batch processing, support resizing, renaming, converting, processing...
* Screen capture and camera capture.

From CAD to post-processing, STAR-CCM+ delivers the entire CFD process in a single integrated software environment. This unique approach brings unrivalled ease-of-use and automation to CAD preparation, meshing, model set-up and iterative design studies, enabling your Engineers to deliver better results, faster.

Innovations such as built-in surface-wrapping, advanced automated meshing (creating either polyhedral or predominantly hexahedral volume meshes) and the ability to “copy and paste” components between models have quickly established STAR-CCM+ a reputation for producing high-quality results in a single code with minimum user effort.

From its first release in 2004, STAR-CCM+ has impressed the CFD community with its rapid pace of development. Written “from the ground up” using -oriented programming and the latest software technology combined with outstanding ease-of-use and accuracy, STAR-CCM+ is an entirely new concept in CFD

Graphisoft MEP Modeler 12.2327

The MEP (Mechanical/Electrical/Plumbing) Modeler is a new extension to ArchiCAD® 12. Architectural practices and architectural departments of A/E firms using ArchiCAD can use MEP Modeler to create, edit or import 3D MEP networks (ductwork, piping and cable trays) and coordinate them with the ArchiCAD Virtual Building™. The Graphisoft MEP Modeler™ can be used in the following workflows:

BIM Workflow - Where the MEP engineer can provide 3D data, architects are able to import the consultant"s MEP model into ArchiCAD using the IFC format. In addition to this generic IFC interface, the MEP Modeler package provides an improved connection with AutoCAD® MEP 2008/09 via IFC format, using an export plug-in called ArchiCAD Connection.

2D Workflow - Based on 2D documentation received from engineers, architects can use the powerful built-in tools to create and edit the MEP model within ArchiCAD.

Its powerful modeling & coordination capabilities in combination with the above workflows make the MEP Modeler the solution for architects to help drive more efficiency in the building process.