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Alibre Design is an industrial-strength, affordable
parametric solid modeling system.

Create precise 3D mechanical designs and automatically generate and detail associative 2D drawings that update when the 3D model changes.

With integrated world-class product data management (PDM), Computer-Aided Machining (CAM), Finite Element Analysis, part libraries, sheet metal and much more, Alibre Design is the design and engineering platform that gets your job done fast, for a fraction of the cost of other products.

Ease-of-Use
The intuitive interface of Alibre Design isn’t cluttered and complicated like other design software, it is streamlined to make the design tools you use every day immediately accessible, making it easier to learn and use, and making you more productive.

Part Modeling
Create your designs quickly with all the powerful 3D parametric features you would expect: extrude, revolve, loft, sweep, shell, patterns, arrays, and more. Offering the best of both worlds, Alibre Design’s innovative Direct Editing allows you to break free of the constraints of parametric modeling and dynamically push or pull faces and features to get the results you desire.

Assembly Modeling
Alibre Design gives you the flexibility to design assemblies the way you want. Use existing part features to create new parts quickly and avoid repetitive work. The cutting edge ‘drag-n-drop’ constraint mode takes the guesswork out of putting your assembly together – it’s almost as if the new part already knows how it fits. After constraints are applied, quickly visualize assembly behavior by dragging parts on screen to see the relative motion of parts in the assembly.

2D Drawings
Create production-ready engineering drawings in a snap. Orthographic projections, sections, details, auto-filled title blocks, fully ballooned exploded views with Bills of Materials – it’s all in there. And when the3D model changes, all the drawings automatically update.

Design Configurations
Efficiently build and manage projects with a variety of similar parts or assemblies by simply saving different configurations in the same file. Easily develop and save design variations of similar parts or assemblies that can be changed or substituted on the fly.

Sheet Metal
The Alibre Design Sheetmetal module allows you to quickly create intelligent sheet metal parts while specifying material thickness, bend radius, and K-factor. Add flanges (including contour and lofted flanges), closed corners, bends, dimples, and user defined features such as punched or stamped forms. Work with your model in either the folded or flattened form for easy visualization, detailing, and editing.

Data Exchange
Alibre Design supports all standard 3D and 2D data exchange formats. A SolidWorks importer is also included, reading SolidWorks files directly into Alibre Design.

Alibre Design offers completely integrated data and process management for your files and workflows.

Whether you are a small business or a large corporation, the Alibre VaultTM by M-Files® will satisfy your data management needs.

more info @http://www.alibre.com/products/ad.asp

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Libero Integrated Design Environment (IDE) is Actel"s comprehensive software toolset for designing with all Actel FPGAs.

From design, synthesis and simulation, through floorplanning, place-and-route, timing constraints and analysis, power analysis, and program file generation, Libero IDE manages the entire design flow quickly and efficiently. Libero"s SmartDesign provides an efficient methodology for creating complete simple and complex processor based System on Chip (SoC) designs with ease.

Libero IDE provides full power optimization and analysis tools for Actel"s low-power flash FPGA families, including IGLOO Series, ProASIC3 Series, and Actel Fusion® mixed-signal FPGAs.

Libero IDE offers the latest and best-in-class FPGA development tools from leading EDA vendors such as Mentor Graphics and Synplicity. These tools, combined with Actel developed tools allow you to quickly and easily manage your Actel FPGA designs. An intuitive user interface and powerful design manager guides you through the process while organizing design files and seamlessly managing exchanges between the various tools.

Libero IDE Software Features:

• Powerful project and design flow management
• Full suite of integrated design entry tools and methodologies:
  
  • SmartDesign graphical SoC design creation with automatic abstraction to HDL
  • Core Catalog and Configuration
  • HDL and HDL templates
  • "User-defined block" creation flow for design re-use
  • ViewDraw Schematic Capture
  • Actel cell libraries
• Synplify/Synplify Pro AE synthesis fully optimizes Actel FPGA device performance and area utilization
• Synplify DSP AE performs high-level DSP optimizations within a Simulink environment
• ModelSim VHDL or Verilog behavioral, post-synthesis and post-layout simulation capability
• Designer physical design implementation, floorplanning, physical constraints, and layout
• Timing- and power-driven place-and-route
• SmartTime environment for timing constraint management and analysis
• SmartPower provides comprehensive power analysis for actual and "what if" power scenarios
• Interface to FlashPro and Silicon Sculptor programming software
• Post-route probe insertion and Identify AE debugging software for Actel flash designs
• Silicon Explorer debugging software for Actel antifuse designs

more info @http://www.actel.com/products/software/libero/

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3D Digital Inspection Made Fast and Simple

Geomagic Qualify enables fast, accurate, graphical comparisons between digital reference models (CAD models or scanned physical models) and as-built parts for first-article inspection, production inspection and supplier quality management. A comprehensive report generator integrates multiple views including 2D and 3D dimensions, cross sections and GD&T callouts, as well as charts and tables in a variety of formats.

Features:

• Collect point and polygon data from all major 3D scanners, digitizers and hard-probing devices
• Perform inspections with both ordered and unordered data
• Compare as built s to a CAD model or an average of several scanned models
• Align models using your method of choice (datums, features, reference point system, 3-2-1 or best fit)
• Save, load and apply alignment methods for automated and repeatable inspection
• Generate 3D color-mapped models to illustrate deviations over an entire part
• Define and modify the color spectrum including segmented color spectrums
• Create Go/No Go graphical reports for easy to read analysis
• Generate deviation whisker plots of model cross sections
• Create 2D and 3D dimensions on cross-sections and selected regions
• Detect and inspect geometrical features such as spheres, planes, cones, cylinders, slots, holes and points
• Calculate size, analyze fit, compare 2D and 3D features, measure point-to-point and feature-to-feature distances and angles
• Create and evaluate GD&T callouts with full control over report display
• Perform industry-specific analyses such as Gap & Flush
• Automatically generate inspection reports in HTML, PDF, Microsoft Word and Excel formats
• Output reports as XML for use with external report engines
• Export CSV and Unicode data for trend analysis and SPC
• Automate the inspection process from alignment to the generation of inspection reports
• Record steps in the inspection process to inspect multiple parts automatically
• Define macros for automating repetitive tasks
• Repeat, reuse, migrate and adapt existing inspection processes with Automation Designer
• Use a single reference model to perform multiple automated inspections with different steps and options
• Perform turbine blade alignment using point and line targets that simulate edge-to-pin contact
• Analyze complex turbine blade geometry
• Perform turbine blade 2D twist analysis
• Analyze complicated internal blade geometry

more info @http://www.geomagic.com/

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Libero Integrated Design Environment (IDE) is Actel"s comprehensive software toolset for designing with all Actel FPGAs.

From design, synthesis and simulation, through floorplanning, place-and-route, timing constraints and analysis, power analysis, and program file generation, Libero IDE manages the entire design flow quickly and efficiently. Libero"s SmartDesign provides an efficient methodology for creating complete simple and complex processor based System on Chip (SoC) designs with ease.

Libero IDE provides full power optimization and analysis tools for Actel"s low-power flash FPGA families, including IGLOO Series, ProASIC3 Series, and Actel Fusion® mixed-signal FPGAs.

Libero IDE offers the latest and best-in-class FPGA development tools from leading EDA vendors such as Mentor Graphics and Synplicity. These tools, combined with Actel developed tools allow you to quickly and easily manage your Actel FPGA designs. An intuitive user interface and powerful design manager guides you through the process while organizing design files and seamlessly managing exchanges between the various tools.

Libero IDE Software Features:

• Powerful project and design flow management
• Full suite of integrated design entry tools and methodologies:
  
  • SmartDesign graphical SoC design creation with automatic abstraction to HDL
  • Core Catalog and Configuration
  • HDL and HDL templates
  • "User-defined block" creation flow for design re-use
  • ViewDraw Schematic Capture
  • Actel cell libraries
• Synplify/Synplify Pro AE synthesis fully optimizes Actel FPGA device performance and area utilization
• Synplify DSP AE performs high-level DSP optimizations within a Simulink environment
• ModelSim VHDL or Verilog behavioral, post-synthesis and post-layout simulation capability
• Designer physical design implementation, floorplanning, physical constraints, and layout
• Timing- and power-driven place-and-route
• SmartTime environment for timing constraint management and analysis
• SmartPower provides comprehensive power analysis for actual and "what if" power scenarios
• Interface to FlashPro and Silicon Sculptor programming software
• Post-route probe insertion and Identify AE debugging software for Actel flash designs
• Silicon Explorer debugging software for Actel antifuse designs

more info @http://www.actel.com/products/software/libero/

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Scientific/Financial/Geometry Calculator

ProKalc (short for Professional Kalkulator) is a 32-bit Microsoft Windows scientific and financial calculator. This version of ProKalc has a scrollable tape that shows the results of all calculations. ProKalc is an improvement over the Windows calculator since it shows 15 digits with no rounding errors. ProKalc is intended for use with Windows 95, 98, NT, 2000, or XP and may not be used with Windows 3.11 and earlier versions. There is a 16-bit version of ProKalc (called SuperCal) available for use with Windows 3.11 and earlier. SuperCal can be obtained from the home page of this site.

ProKalc is a complete scientific calculator with the standard mathematical functions +, -, x, / as well as numerous math functions. Included are powers, roots, reciprocals, percentage, absolute value, base 10 logarithms, natural logarithms, trigonometric functions, hyperbolic functions, combinations, permutations, etc. ProKalc has a 10-location non-volatile memory -- the value stored in each memory location is saved to file and reinitialized upon restarting ProKalc.

In addition to scientific functions, ProKalc is also capable of a full range of financial calculations. Some of the possible financial calculations are dividend, profit/loss, present value, future value, loan calculations, various types of annuities, interest calculations, investment calculations, and currency conversions.

The result of all calculations are printed to the calculator tape for review and all or part of the scrollable tape can be printed, saved to Windows clipboard, or saved to file. The scrollable tape will hold the results of many calculations and will store well in excess of 1000 lines. For those who prefer a calculator with no tape, ProKalc"s tape can be hidden from view.

ProKalc is very intuitive and easy to use. Even so, integrated help is available throughout the program giving help on all calculator functions. The user also has the ability to turn a "hint" feature on so that a small pop-up hint box appears as the mouse cursor is moved over the buttons on the calculator face. The latest version allows the user to configure many features in the program, including window location and the color of various screen elements.

Windows XP Themes capability has been added as of version 7.7a of ProKalc.

ProKalc is very useful for students, professionals, engineers, educators, businesspersons, and homeowners.

Beginning with version 7.9c, ProKalc is compatible with Windows 7 and 64-Bit versions of Windows XP, Vista, and Windows 7.

more info @http://www.showmepro.com/pkaldesc.htm

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Chemissian is an analyzing tool of molecules electronic structure and spectra.

It can manipulate molecular orbital energy-level diagrams (Hartree-Fock and Kohn-Sham orbitals), calculated and experimental UV-VIS electronic spectra, electronic/spin density maps and prepare them for publication. Chemissian has a user-friendly graphical interface and lets you examine and visualize data from the output of Gaussian, US-Gamess, Firefly/PC-Gamess quantum chemical program packages. Chemissian tools helps you to investigate nature of transitions in UV-vis spectra, bonding nature, etc.

  Build Molecular Orbitals energy level diagrams:

• Due to the integrated graphical editor it is easy to add text labels to the diagrams, make connector lines between MO energy levels, text labels, occupy the energy levels with the electrons.
• You can analyze the electronic structure of molecules: you can move between energy levels simply using the keyboard cursor buttons and in a useful way obtain information about contributions to the current molecular orbital from atoms or molecular fragments and present the data in the most useful and demonstrative way: on the contribution diagram or directly on the MOs themselves.

Build, visualize and interpret UV-Visible Spectra from Gamess, Firefly and Gaussian outputs
Chemissian with its exciting and unsurpassed graphical analyzer of properties and composition of MOs, has the wide range of capabilities for analysis of electronic spectra of molecules. Chemissian offer tools for building electronic UV/VIS spectra directly from quantum-chemical data from GAMESS, Firefly(PC-GAMESS) or GAUSSIAN output files:

• Build spectrum in one step: just load Gamess/Firefly/Gaussian outputs with TDDFT/CIS data.
• Having experimental spectra you can compare it with the calculated ones on the single diagram in the same wavelength scale.
• Any number of spectra may be added on single diagram, which is useful, e.g. when solvent influence on the spectrum is considered.
• Like in MOs editor it is possible to move between spectra peaks and correlate the current peak with transitions between MO energy levels.
• Chemissian allows editing the obtained spectrum diagram by adding text labels and other graphical s. Different energy units are available.
• Using Chemissian tools it is easy to investigate the nature of spectra transitions, e.g. metal-to-ligand charge transfer, ligand-to-ligand charge transfer, pi-pi*, etc. based on information about the compositions of molecular orbitals from output files of gamess/Firefly/gaussian.

Analyze electronic density distribution

• Using Chemissian you can analyze electronic and spin density distribution, difference (also called "defomation") density, individual molecular orbital, and arbitrary linear combination of them (e.g. for plotting Fukui functions).
• Chemissian can build the distributions as two-dimensional contour maps or
• Build distribution along the given line (one-dimensional).
• To build densities only standart gamess/Firefly/gaussian output file is used, e.g. no cube-files are needed.

Calculate populations and valences

• Chemissian can calculate Mulliken and Simple populations of AOs, Shells, "Spherical Harmonics", Atoms or molecular fragments (any group of atoms).
• Also you can choose to calculate valences of AOs, Shells,"Spherical Harmonics", Atoms and fragments:
• Analyze molecular orbital composition - calculate contributions from atomic orbitals, atoms, molecular

Calculate quantum-chemical bond order indexes and overlap populations

• Use Chemissian to investigate bonding nature in the molecules - calculate quantum-chemical bond order indexes and overlap populations for every bond in molecule. You can also analyze "generalized bond, e.g. "bond" between molecular fragments.

Work with several calculations at the same time
In a single document accumulate and analyze results of several calculations, e.g. load several GAMESS/Firefly/Gaussian ouput files. Simple example: having you the source reagents and the final reaction product you want to understand the changes that have occurred on the electronic structure level - you may add several calculations (reagent and product) at the same diagram, and they will be presented in the common energy scale, you can switch between different calculations, compare and analyze electronic structures all the participants at the same time.

Save the results in a single file
Save the obtained document in a special file format, which allows to keep all data in a single compressed file (uncompressed wave function takes up a lot of disk space!); at any time you will be able to open and continue working with the saved document, analyze, edit the data, send it to your colleagues.

more info @http://www.chemissian.com/

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DFMPro is an easy-to-use design for manufacturability (DFM) tool for designers and manufacturing engineers that is seamlessly integrated into leading CAD platforms like SolidWorks® and Pro/ENGINEER®.

It facilitates upstream manufacturability validation and identification of areas of a design that are difficult, expensive or impossible to manufacture.

Currently, DFMPro has three modules: DFMPro for Machining, DFMPro for Sheet Metal, and DFMPro for Injection Molding.

The design stage is considered to be the most crucial part in the product lifecycle process. It is fundamental to the conception and development of new products. Approximately 80% or more of the lifecycle costs are commited by decisions taken during the design stage. Thus it becomes important to detect and eliminate mistakes in design stage itself as the costs rise exponentially if they are spotted in later stages of product lifecycle.

In the iterative approach to the design process, the designer needs to receive early feedback from the manufacturing department to address any manufacturability concerns before the design is frozen. This methodology is termed as “Design for Manufacturability” or DFM. However, DFM is generally feasible in an environment where the manufacturing and design departments are located in close proximity. With the advent of "design anywhere, manufacture anywhere" practice common throughout the world today, implementing iterative design becomes a bigger challenge. Furthermore, the manual reviews in an iterative process can be very time consuming, making it very difficult to identify and fix every issue while creating complex designs.

DFMPro helps automate this design for manufacturability function, thereby significantly reducing the design review process.

Features

• Easy to learn and use
• Integrates seamlessly integrated with major CAD platforms
• Performs common manufacturability checks related to machining ( milling, turning), sheet metal fabrication, manufacturing tolerance and part attribute
• Provides reasons and suggestions on manufacturability issues
• Ability to configure rules
• Ability to generate analysis reports
• Can be viewed with any standard internet browser
• Customizable framework to support user defined manufacturability checks (licensed separately)

Benefits

• Early detection and prevention of manufacturability problems thereby reducing overall cost of the product lifecycle
• Decrease in ead-time by reducing backtracking and design iterations
• Designers are free to focus on design goals as the tool takes charge of checking compatibility with manufacturing processes

more info @http://dfmpro.geometricglobal.com/

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The COMSOL Multiphysics simulation environment facilitates all steps in the modeling process − defining your geometry, meshing, specifying your physics, solving, and then visualizing your results.

Model set-up is quick, thanks to a number of predefined physics interfaces for applications ranging from fluid flow and heat transfer to structural mechanics and electromagnetic analyses. Material properties, source terms and boundary conditions can all be arbitrary functions of the dependent variables.

Predefined multiphysics-application templates solve many common problem types. You also have the option of choosing different physics and defining the interdependencies yourself. Or you can specify your own partial differential equations (PDEs) and link them with other equations and physics.

COMSOL Multiphysics operates as the primary tool for all your future modeling needs. Its versatility, flexibility and usability can easily be extended with its add-on modules unlike any other FEA Software solution.

more info @http://www.comsol.com/products/multiphysics/

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Diamond, Crystal and Molecular Structure Visualization

Diamond is outstanding molecular and crystal structure visualization software. It integrates a multitude of functions, which overcome the work with crystal structure data - in research and education as well as for publications and presentations.

Diamond does not only draw nice pictures of molecular and crystal structures like most of its competitive programs do. It offers an extensive set of functions that let you easily model any arbitrary portion of acrystal structure from a basic set of structural parameters (cell, space group, atomic positions).

With its high data capacity, its wide range of functions beginning with the generation of molecules reaching up to the construction of rather complicated inorganic structural frameworks,Diamond is a comprehensive tool for both molecular and solid state chemists as well as for surface and material scientists.

  Multiple structure data sets, multiple pictures
The new Diamond 3 document format enables storage of multiple structure data sets as well as multiple structure pictures. New desktop elements are:

• the table of data sets,
• an overview of pictures (as thumbnails) associated with a dataset or with the whole document,
• the navigation tree,
• several new views (powder pattern, distances and angles, properties, etc.).

Powder pattern simulation
Powder diffraction data can now be calculated and displayed in both table and diagram. Table and diagram update automatically when structure parameters change.

Properties pane and more auxiliary views
The new Properties pane shows informations in context with the current situation, e.g. properties of the selected atom, distances around the selected atom, centroid or best plane or line through selected atoms, and many more.
Distances and angles table now provide histograms and statistics.
The data brief for a short overview of structure parameter data.
The Info Tip window gives you information about the under the mouse cursor.

Individual assignment of model
In Diamond 2, the model (ball-and-stick, space-filling etc.) was a global setting. Now it can be assigned individually to selected atoms. That means you can display ball-and-stick, space-filling, ellipsoid, and sticks or wires in one and the same picture.

Create POV-Ray scenes
The POV-Ray assistant helps you to create photo-realistic pictures for this outstanding, free available ray-tracer, with features like textures, background, ray-tracing, multiple light sources, etc.

Geometry enhancements: Planes, lines and more
Planes can now be defined by hkl or as (best) plane through a set of three or more atoms (or a line through two or more atoms). The planarity (linearity) can be checked.
Besides this, distances of atoms from planes or lines as well as angles between planes and/or lines can be calculated or measured interactively.

More features and enhancements

• Assistant for creation of animation scenes,
• walk-through mode,
• composition of pictures from different data sets,
• support of "molecular data" (structure data with no cell and symmetry),
• a step-by-step assistant for users who are not so familiar with Diamond,
• an automatic picture creation,
• cut/copy/paste between structures and pictures,
• printout of multiple pictures per page,
• and more.

more info @http://www.crystalimpact.com/diamond/

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DriveWorks Solo is a new rules-based design product designed to bridge the gap between DriveWorksXpress, the free SolidWorks-based solution and the high-end software, DriveWorks Pro.

Set up and use in the engineering department, extend to non-technical staff to respond to customer enquiries. DriveWorks Solo provides the means to capture and re-use rules needed to specify, design, manufacture and Engineer-to-Order.

With DriveWorks Solo you can automate repetitive tasks and automatically generate sales, design, marketing, and manufacturing outputs required to create new and variant products. You will save time and be able to specify products whilst maintaining your engineering controls.

• Reduce the cost of custom designs
• Respond quickly to sales enquiries
• Enhance product quality
• Reduce repetitive tasks

What are the Benefits?

• Customizable Forms to Aid Selections
• Preview Results - 3D Models, Drawings and Document
• Re-use Existing Company Data
• Template Documents for Responding to Sales Enquiries
• New Files Created Automatically

Customizable Forms to Aid Selections
Customizable forms greatly enhance the user experience, and make this a tool that can be used by sales or non-technical people as well as engineering. The inclusion of graphics as well as guidance messages and feedback on the forms ensures valid selections are made when filling out the form

Preview Results - 3D Models, Drawings and Document
DriveWorks Solo harnesses the power of SolidWorks so you can preview the effect of your selections and changes to the design. The ability to zoom in, zoom out, rotate and animate the model provides further compelling visual benefits.

Re-use Existing Company Data
Companies that design and manufacture custom products, invariably rely on data that exists in other company systems, spreadsheets, note books, co-workers heads!DriveWorks Solo lets you copy information and then save it in Solo so that that data can be re-used in your project and as you build your rules.

Template Documents for Responding to Sales Enquiries
By linking the values entered on the forms to the rules and data inside DriveWorks Solo you can provide a fast response to customers. Use the DriveWorks Solo template quotes to create a professional response automatically and all based on your rules.

New Files Created - Automatically
When you are happy that your specification meets your requirements you can finalize your results. Your models will be saved with the final file names assigned (and based on your rules), your drawings and documents will be generated... And you’re even ready to start manufacturing.

more info @http://www.driveworkssolo.com/