IronCAD Releases Updated Integrated Analysis

IronCAD Integrated Analysis Now Provides Fluid Analysis And Reporting

ATLANTA GA, November 12th, 2015 - IronCAD, a leading provider of design productivity solutions, today announced a major update to their integrated analysis solution MPIC (Multi-Physics for IronCAD). MPIC provides advanced FEA (Finite Element Analysis) focusing on ease of use for fully coupled multiphysics stress, thermal, electrostatic and fluid analysis.

In the latest release, fluids has been enabled and is fully coupled with stress, thermal and electrical physics for true multiphysics capabilities. The new CFD (Computational Fluid Dynamics) module is based on the newest advanced Optimal Least-Square formulation with a velocity-vorticity-pressure equal order/convergence formulation.

Other improvements include a new unit system for more flexible metric or US unit system engineering applications. The simulation analysis is computed based on the actual user geometry/material unit to better preserve numerical accuracy. A new energy-based MLS (moving-least-squares) FE tying fills the intended/unintended small gaps/overlapping of parts for general assembly analysis without laborious geometry fixing. In addition, customers now have new reporting options to create meaningful reports of your analysis to easily share among your team.

IronCAD customers will also benefit from a more convenient analysis interface which now employs a contour display slide bar to dynamically vary the contour display to search for peak results. Plus, a new streamline slide bar easily controls the streamline density interactively to trace heat flow, flow line, or any user specified components to easily visualize the physics.

Cary O'Connor, Vice President of Marketing at IronCAD, stated, "MPIC is seamlessly integrated into our 2016 Design Collaboration Suite so it's easy to add material, forces or constraints to run analysis scenarios on IRONCAD models or assemblies. Plus if customers make CAD modifications, the built-in associativity quickly updates and re-solves the analysis. With the new additions for 2016, customers have more advance capabilities all within an easy to use application that can be used to report critical validation information early in the design process."

MPIC is included with full product capabilities including fluids with the standard IronCAD solution for 30-days then extends as a node-limited version allowing you the ability to experiment validation of your designs. Even though the extended version is node-limited, MPIC's technology using SefeaTM (Strain-Enriched Finite Element Analysis) gives you extended capabilities to test you products at a lower mesh level. SefeaTM is the newest enriched finite element formulation developed specifically for low-order 4-node tetrahedron elements commonly used in CAD simulation. It achieves the same accuracy as 2nd-order elements, but is more robust, without mid-side-node noise, and requires much less computing cost.

Multi-Physics for IronCAD is available immediately from http://www.ironcad.com/MPICDownload. For detailed product information and getting started videos, visit http://www.ironcad.com/MPIC.

About IronCAD

Based in Atlanta, GA, IronCAD is a leading provider of 3D Design Productivity Solutions that deliver the highest levels of customer satisfaction and productivity. Individual components of this solution can be used standalone, complementary within an existing design environment, or can be used together to collaborate effectively throughout the enterprise to extend productivity. Its flagship product IRONCAD has won many industry awards for its innovative technology and leads the industry in its ease of use and design productivity. IronCAD products are being used successfully by tens of thousands of customers worldwide. For more information on IronCAD, call 1-800-339-7304 or visit www.ironcad.com.

About Amps Technologies

AMPS (Advanced Multi-Physics Simulation) Technologies Company is established in 2003 with a main goal to provide the new generation FEA to deliver advanced office-tool style finite element software based on best software engineering design and the most up-to-date FE technology.

AMPS Technologies has pioneered the SefeaTM (Strain-Enriched FEA) formulation and LSFEA (least-Squares FEA) technology in commercial application with leading academic and national laboratory researchers, and has expanded the technology to stress, thermal, fluid and electromagnetic using a consistent framework. As such, AMPS is the only product on the market with the accuracy, reliability, and true multiphysics abilities in the CAD-centric analysis when the automatic generated low order tetra elements are the favorite options.

AMPS Technologies has been shipping AMPS to customers such as Canon, Casio, Hitachi, IBM, Mitsubishi, Olympus, Sharp, Sony, Toshiba, Bridgestone-Firestone, and many prestigious universities for multi-physics simulation. These elite customers have helped drive AMPS product development even further.

For more information, call 1-412-963-1753 or visit www.ampstech.com.

IronCAD 2016 Delivers Powerful New Design & Collaboration Tools

Faster, Better And Easier Fabrication And Assembly Design

ATLANTA GA, November 9th, 2015 - IronCAD, a leading provider of design productivity solutions, today announced their 2016 product release which includes substantial improvements for customers working in the fabrication and assembly sector. Among the noticeable developments are Sheet Metal specific improvements, enhanced smart design capabilities that make it easy to add intelligent rules plus the brand new Mechanical add-in that offers increased utilities for design operations.

The new sheet metal improvements retain the speed, ease of use, and renowned in-place design behaviors but now offer the ability to create more complex bending operations with a new sketched bend command. Additionally, users have the ability to import and use sheet metal data from customers or suppliers as if it were native to IronCAD. The ability to intelligently use non-native geometry dramatically improves customer flexibility and increases productivity. With more powerful bend handling and better lofting profiles for accurate sheet metal manufacturing, IronCAD users can now tackle the most complex fabrication challenges.

IronCAD 2016 launches a new and advance offering of Smart Design tools such as the Smart eBehavior which provides customers with the ability to dynamically drive designs based on optimized product configuration and assembly fit and function. Typically, configuration systems build rules and variables at the part level and are complex engines with a fixed number of variations. IronCAD's Smart eBehavior works with how products are actually configured at the assembly level allowing engineers to work with content, but also permits customers and other stakeholder's access to IronCAD's data. Engineers can build intelligent assemblies that adjust and move according to built-in rules. IronCAD's catalog system further accelerates the design process by enabling reuse of typical components for new product designs. Customers and sales teams can directly configure 3D data to meet customers' requirements and can even communicate new suggestions. In addition to speeding up the production process, the IronCAD interoperability process is secure since all data is returned to the engineering team for conversion to real-world production data.

IronCAD's new Mechanical Add-In (IronCAD Mechanical) offers intelligent tools for fabricators such as Industry Standard fasteners, steel sections, piping, flanges, bill of material generation and much more. Because knowledge and behavior is built directly into the intelligent components, typical day-to-day tasks are much simpler and this significantly reduces design time especially for fabricators. IronCAD has announced that the base level proven functionality will be included free of charge to all customers.

IronCAD's 2016 release has many additional new features that continue to make it the most productive design application for the fabrication and assembly sector. To view the full list of improvements, visithttp://www.ironcad.com/2016-new-features for a comprehensive list with videos presenting the features.

Cary O'Connor, Vice President of Marketing at IronCAD, stated, "This release marks a huge step forward for fabrication and mechanical design customers. We specifically targeted improvements in the overall productivity of the design process as well as allowing customers to make use of 3D product data. This inclusion of people outside of design group dramatically improves productivity and communication for all stakeholders."

IronCAD DCS 2016 is immediately available with new purchases and to all active support customers at www.ironcad.com/Try-It-Now

About IronCAD
Based in Atlanta, GA, IronCAD is a leading provider of 3D Design Productivity Solutions that deliver the highest levels of customer satisfaction and productivity. Individual components of this solution can be used standalone, complementary within an existing design environment, or can be used together to collaborate effectively throughout the enterprise to extend productivity. Its flagship product IRONCAD has won many industry awards for its innovative technology and leads the industry in its ease of use and design productivity. IronCAD products are being used successfully by tens of thousands of customers worldwide. For more information on IronCAD, call 1-800-339-7304 or visit www.ironcad.com.

IronCAD Design Collaboration Suite 2016 New Features

Quick Links

Productivity Enhancing Design
Intelligent Design Improvements
Fabrication and Sheet Metal
Detailing Made Easier 
Verification of Your DesignsCommunicating the DesignGeneral Improvements

IronCAD DCS 2016 BETA Information

IronCAD Design Collaboration Suite (DCS) 2016 is an exciting release with many customer driven requests to improve the overall design productivity. Using 2016, you will find day-to-day commands that increase your efficiency as well as new tools to explore additional capabilities. Beyond the productivity improvements, the IronCAD development team has focused on quality to deliver a product that meets your expectations as a critical design application. New and improved testing processes have been implemented to strength the product release quality that you are sure to notice. 

The 2016 release will also improve design tasks related to sheet metal design and fabrication. Many improvements in the sheet metal have been added to extend the capabilities in creation and leveraging existing design data to convert to sheet metal. Targeted tools are available to aid in typical fabrication task such as Flanges, Steels, Pipes, and much more. 

Please review the new features below for a more comprehensive list of enhancements in the 2016 release.

Productivity Enhancing Design

Dynamic Part Naming

New capabilities have been added to allow you to dynamically control your part number based on variables with they system. For example: You can configure your part number to be based on a length or parameter values that can dynamically update when the model is modified.  

Available in: 

  

TriBall Direct Distance "From" Option

Using the TriBall, you have many capabilities to position object to desired locations with easy. The new "Edit Distance From" setting on the TriBall Center and Translation right-click menu reduces the number of clicks to position an object offset from a particular location. Simply access the command, pick a location and set the distance value from that location and your object is immediate placed.

Available in: 

  

Flexible Shapes

A new catalog with various standard shapes has been added to assist in creating common object. For example: a Belt or a Plate may be a common object that can be easily create but now you have access to a standard shape that can be dynamically pushed and pulled to fit your needs. These object reduce the overall design time in by reducing repetitive tasks found today. 

Available in: 

  

Edge Pattern Offset Start/End

Did you ever need the ability to create a pattern along the length of an edge but want the start and end to be offset a distance? Check out the Pattern Feature command using the Edge Pattern to see the new capabilities. With this new command, you can skip the calculations or parametric rules to drive the pattern.

Available in: 

  

Extendable Edit Boxes in Property Browser

Typically in commands such as Blend, Chamfer, Shell, and Draft, you may find that you are selecting many objects to be used in the command. When you are looking to edit these selections, you would end up spending time scrolling up and down in the edit boxes in the property browser. Now you can simply drag and grow these edit boxes to get a much better visual representation of the details contained within making for better selection and editing.

Available in: 

  

Intelligent Sizebox Directional Control

When setting up your IntelliShape sizebox for parametric input, you now have the ability to define the direction in which the sizebox will adjust. This gives you added control to build intelligent shapes that can be driven by parameters or design variations.

Available in: 

  

Design Variation Quick Search

Finding the right design variation may have been difficult in the past especially when you had large numbers of variations. With the new Quick search, you can dynamically filter the design variations to particular keywords of interest that can drastically reduce the complexity and display when selecting the desired variation. 

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Design Variation Quick Accept

Speeding up the process to add a design variation, you can now simply select the design variation tab you wish to use and select ok to apply and accept your change. This reduces the need to apply and a second click to accept the modification.

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Extended Mechanisms by Limits

A new constraint option has been added to linear dimensions to define a limit range for your mechanism. Simply specify the maximum and minimum range and the object will be free to move in this range within the mechanism mode operations. 

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Parameter Table Multiple Select Delete

Often when making changes to your design parameters, you will find the need to delete multiple parameters at once. Using the existing selection capabilities in the parameter table, you can now select multiple and delete all selections in a single command.

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Parameter Table Undo Support

Making incorrect changes to a parameter or expression can occur (not intentionally of course). Now you can use the undo command to undo recent changes to parameter expressions to return to previous states easily. 

Available in: 

  

Thread Tool Start/End Control

The thread tool has been enhanced to provide additional trimming options for the start and end portions of the thread. In the past, this was a manual after thought operation. With the new setting, you can save time in the creation and editing process by inputting rules for the trimming behavior.

Available in: 

  

Assembly Feature Support Structured Parts

The Assembly Feature command has been improved to support both Innovative and Structure parts. Both part types can exist in a single environment and you can now use the single tool to drive assembly operations to both reducing the manual creation process at the part levels.

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Graphical Import Support for Model Edge

Graphical importing has been improved to support the model edge stored in the Native File format. This will allow for better visual appearance and referencing when performing snap operations such as Drag and Drop. 

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Dimension Support for Graphical Imported Data

Many of the current dimension and measurement commands now work on the graphical imported data. This allows the ability to get rough dimensions of the imported data for use in referencing to/from your design.

Available in: 

  

Intelligent Design Improvements

Save Catalogs in Lightweight Mode

Similar to the Save Catalogs for Mobile, you now have the ability to save your design catalogs as lightweight. This will store a graphical representation of your objects in the catalog with reference information back to the source design data. Opening these catalogs in COMPOSE or even IRONCAD/INOVATE, will allow you to design with a secure representation but at a reduce data size. At anytime, you can load the source design data as long as you have access to the original catalog. Using this approach allow you to make use of COMPOSE to demonstrate how to configure a design or to limit editing capabilities to users that may not have permissions to access the source design data.

Available in: 

  

Save Design Variations in Catalogs for COMPOSE and Mobile

New in 2016, you can save a part/assembly that contains a design variation to a catalog. When exporting the catalog as Lightweight or to the Mobile, the system will automatically convert the design variation component into a group containing an element for each variation. This allows users on COMPOSE or the Mobile, to make use of the individual variation and it will allow you to convert the lightweight versions back to the source design at the particular design variation state.

Available in: 

  

Design Variations Remembered

When selecting a design variation on drop or through the right-click options, the last selected state will be remembered. This allows you to visually inspect which design variation was selected and allow better visualization when performing the convert to design data from the lightweight catalogs.

Available in: 

  

Drive Smart eBehaviors With Expressions

Extending the current capability on Smart Assemblies to drive object parameters by setting values, we now have the option to set expressions. This allows you to drive objects by expressions from the object you are dropping on. Therefore, when the original object changes parameters, the connected object from Smart Assemblies will update as well!

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Smart eBehaviors Catalog Item Look-up

Users have the ability to store objects in groups. These object can be any design and do not necessarily need to be parametric. Smart eBehaviors have been added to define a particular object based on the cartalog item name in a group. For example: You could create a group with a block, cylinder, and cone which all have an attachment setting for Smart eBehaviors. When you drop the group, using the attachment naming you can define the dropping object based on its catalog item name.

Available in: 

  

Smart eBehaviors Support at Feature Level

The Smart Assembly behavior has been extended down to the IntelliShape level to give extend capabilities. Adding attachment points at the feature level give you more control to reposition features, create links/patterns and suppression. Nowwith the extended support, you can build more intelligent designs based on changes at the feature level. Note: Adding constraints through the Smart eBehaviors is not supported at the feature level.

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Intelligent Creation Tool for Smart eBehaviors

In the past version, you had to understand the string definitions in order to fully build the attachment points to work as part of the Smart eBehaviors. In 2016, an Intelligent Creation Tool has been added to simplify the creation and to provide feedback for various actions like parameter referencing. Using this tool, you can verify the string naming based on verification feedback provide in the tool.

Available in: 

  

Fabrication And Sheet Metal

IronCAD Mechanical Add-on

Based on the proven IronPRO XT add-on, users worldwide can purchase the IronCAD Mechanical add-on which contains numerous productivity and creation tools that are well suite for all users but especially useful to fabricators. Tools are available for piping, steels, flanges, intelligent fasteners and many productivity functions. More details to come!

Available in: 

  

Sheet Metal Sketched Bend

Using a sketch reference line, you can now fold a sheet metal part based on this definition. This gives you more capabilities to bend corners or even to rebuild sheet metal from a 2D Sketch imported from DWG/DXF. You can select a single line or multiple lines with varying definitions to build simple to complex folding rules. 

Available in: 

  

Convert Solid/Surface to Sheet Metal

Using the existing unfold a solid/surface command and the sketch bend, we are able to provide a new command to convert existing solids and surface (or even imported sheet metal) to an IronCAD sheet metal feature. Once converted, you can continue to edit the sheet metal as if it was a native sheet metal part.

Available in: 

  

Restructuring of Sheet Metal Unfold

In previous version, the unfolded part was restricted to be at the same level and location as the folded part. Now you are able to have the unfolded part at different levels and the unfolded part can be moved within the scene browser. This give users more control to define the scene structure and store the unfolded parts in desired locations.

Available in: 

  

Folded/Unfolded Property Sharing

Users now have the ability to automatically share the part property information (part number, description, custom properties) from the folded part to the unfolded part. This allows the ability to use a single source for the data and leverage it on the drawing from either the folded or unfolded part.

Available in: 

  

Loft Bends For Press Break Design

New settings have been added to allow for lofted sheet metal (for arc to arc, line to arc loft) to define bendlines based on press break forming. This will generate bendlines that are used for the press break operation on the drawing with specified values.

Available in: 

  

Handle Referencing Settings

When designing in sheet metal in IRONCAD, it is common to set bend legs lengths using the handle user interface. In 2016, users can now define if the values of these handle reference the inner, outer or tangent locations. This reduces the need to use commands such as edit distance from point. 

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Second Bend Leg Options for Angle Changes

When changing a bend angle, users can now define if material is added or not to the end segment to account for the angle change. 

Available in: 

  

Detailing Made Easier

Datum Feature & Feature Control Frame Attached to Dimensions

Datum Features and the Datum Feature Control Frames can now be attached to dimension extension lines and can be placed in locations with respect to the dimension value. Enabling the commands and selecting a dimension will associate these entities to the dimensions. When the dimensions update, the Datum Features will update as well. 

Available in: 

  

Structural Steel in ICD Bom

Support has been added to allow the structural steel information to be transferred to the ICD BOM similar to the DRAFT BOM.  

Available in: 

  

Table Creation

The ICD now supports the ability to insert a Table object that can be edited and formatted to meet your detailing needs. Use the table for Revision blocks or just as a reference container for communicating detail instructions. 

Available in: 

  

Design Variation Tables

New in 2016 is the ability to create a table based on a Design Variation stored on a part/assembly. This capability will allow you to create a reference drawing view that you can manually refer to tabular information for calling out size information. 

Available in: 

  

Automatic Sheet Numbering

The ICD has been enhanced to support the ability to define text properties based on the sheet number. For example: You can now specify Sheet # of # in the title block. When you insert new sheets, the information can automatically update to reflect the total number of sheets and the current sheet. 

Available in: 

  

Part/Assembly Quantity Access

Using the Text Property capabilities and having a BOM in a given ICD, you can now access the quantity for a selected part/assembly. For example: you can have a call-out on a separate sheet (not containing the BOM) that lists the quantity for a selected part. 

Available in: 

  

Export/Print Remembered States

When exporting and printing, often you may set various setting that you will commonly use in the process. These settings for Print and Export on the ICD are now stored and remembered when you access the commands again saving time by reducing the repetitive tasks. 

Available in: 

  

Enhanced Text Box Controls

More Rich Edit controls have been added to the ICD's text boxes allowing for commands such as Bullets and Paragraph indention. This new control give more flexibility in creating text information for communication. 

Available in: 

  

Expanded Default Styles for Welding Symbols

Additional default styles have been added to the Welding Symbol style in the ICD. These new styles allow you to specify additional common setting for the weld symbol reducing the work to enter information on new created weld symbols. 

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Last Used Settings for Welding Symbols

It is often common to create similar weld symbols in a drawing. A new option has been added to remember the last set information for the welding symbol so that the next create element can automatically reuse the previous settings. 

Available in: 

  

Dynamic Leader Line Support for Welding Symbols

The leader line for weld symbols has been updated to dynamically adjust right/left based on the placement of the welding symbol. This allows the placement and editing of weld symbols easier due to the automatic updating of the leader location. 

Available in: 

  

Verification Of Your Designs

Updates to Multiphysics for IronCAD (MP for IronCAD)

Details to Come! Can we say Fluids!!!

Available in: 

  

Communicating The Design

Keyshot for IronCAD (KeyShot 6 Support)

2016 will now support the latest release of Keyshot version 6 giving users access to the latest improvements and capabilities. Simply install IronCAD DCS 2016 product and the KeyShot 6 product, and you will be ready to take advantage of the KeyShot for IronCAD! Contact your local IronCAD representative to talk about purchasing options. Note: You must have a purchased version of IRONCAD, INOVATE or IRONCAD DRAFT in order to purchase the KeyShot for IronCAD integration.

Available in: 

  

 IRONCAD COMPOSE iOS Multiple Select Move

Using the IRONCAD COMPOSE Mobile application, you are now able to multi-select object and use the Move tool to reposition them in one action. This can save tremendous time when testing out new variations or layouts of a design.

IRONCAD COMPOSE iOS Multiple Select Delete

When testing multiple iterations of a configured design on the Mobile COMPOSE, you can now select multiple object to delete allowing you to quickly add and remove objects to try out new concepts.

IRONCAD COMPOSE iOS Support of Textures/Decals

The latest version of the Mobile COMPOSE now supports Textures/Decals that are stored in the Catalog objects or ICSW files. This allow greater visual appearance for your files on the Mobile device to better communicate.

3D PDF Support for Landscape and Portrait

Export to 3D PDF now supports the ability to export to different layout orientations (portrait and landscape). 

Query Tool Updated UI 

Communicating your design information has now been improved using the Query Tool. The interface now can present information closer to a BOM look with options to export the data to CSV formats for downstream use. Part Number, Description and custom properties (set to Values) will automatically appear in the Query Tool display.

General Improvements

Updated Translators 

More details to come!

Automatic Update Notification

Future product updates provided by IronCAD will automatically notify you of the availability allowing you to download and install. No longer will you need to notified by your representatives or the community, just simply start the product and you will be notified if there is a new version ready for you.