ETA Dynaform 5.8

As tough market competition demands faster cycle times, lower software costs and lower user qualification thresholds, Engineering Technology Associates, Inc. (ETA) has developed a new tool, the INC Solver, to address these needs. The solver is included in DYNAFORM 5.7.3, released today.

To expaBody Side Simulationnd the usability of DYNAFORM’s Die Face Engineering (DFE) module, INC is a finite element analysis (FEA) solver designed for sheet metal forming simulations. It provides a value solution for customers who are looking for rapid die design and a virtual tryout tool that generates quick results, is easy to master, but does not sacrifice accuracy.

Tagged at “Best Practice” within INC, the solution pre-populates a set of default parameters produce accurate results. This feature provides a guided
process for inexperienced users; while more advanced users can adjust these default parameters to their preferences. Also, INC Solver requires very few manipulations overall to simulate a typical 3-piece draw analysis.

For die face design virtual tryout, the solver offers capabilities for simulating gravity-loading, binder-wrap, crash-form, single-action and double-action draw die, as well as springback prediction and lancing operations. INC solver supports non-conforming CAD surfaces and its fusion-fission approach handles mesh adaptivity effectively.

INC takes advantage of Intel’s latest multiple-core computing platform to make computing very affordable. For example, a 4-Core system costing under $1500 can process the most complicated large bodyside panel simulation in less than 50 minutes.

In addition to DFE, DYNAFORM includes three other modules, including DYNAFORM includes three other modules, including Blank Size Engineering (BSE), LS-DYNA-based Formability Simulation (FS) and LS-DYNA-based Die System Analysis (DSA). DYNAFORM is a complete die system simulation solution which allows organizations to bypass soft tooling, reducing overall tryout time, lowering costs, increasing productivity and providing confidence in die system design.

Ixiacom_IxChariot_7.5_crack

xChariot is the industry's leading test tool for simulating real-world applications to predict device and system performance under realistic load conditions. Comprised of the IxChariot Console, Performance Endpoints and IxProfile, the IxChariot product family offers thorough network performance assessment and device testing by simulating hundreds of protocols across thousands of network endpoints. IxChariot provides the ability to confidently assess the performance characteristics of any application running on wired and wireless networks
Features

* Over 150 application scripts simulating Enterprise, Triple-Play and Internet traffic
* Real-world application behavior at the transport layer (Layer 4)
* Creation of separate control and data-plane activity using Application Groups.
* Tailored scripting capabilities using IxProfile and IxChariot's SDK
* Create sophisticated traffic patterns with and without QoS for IPv4 and IPv6
* Measure throughput, jitter, packet loss, end-to-end delay, MOS and MDI
* Seamless correlation of IP stats with 802.11 client statistics such as RSSI
* Measure the impact of new technologies such as VoIP, IPv6, and multicast video
* Embed custom payloads to test specific data content across the network
* Troubleshoot critical performance issues on network segments and devices
* Measure IPTV channel 'zap' times
* Test high BDP networks such as satellite links and 10 Gigabit Ethernet
* Leverage Ixia's hardware test platform to create wire-speed Layer 2-3 traffic running in conjunction with application traffic patterns created by IxChariot®

Zuken_CR5000_Board_Designer_v12_download

Zuken's CR-5000 Board Designer provides an intuitive, integrated environment for designing PCBs, BGAs and MCMs. It serves to guide the user, via a common user interface, from schematic capture through to floorplanning, placement and routing, analysis and into manufacturing. It operates seamlessly across Unix and Windows platforms combining the functionality of a high-end tool with ease of use. While rules are constant throughout the design process, they are dynamically linked to ensure flexibility and consistency.


Benefits

* A single, intuitive environment with a coherent approach throughout the design process, easy links between tools, and a common database and libraries
* Rules-driven design for correct-by-construction outcomes
* An optimized combination of automatic, semi-automatic, and interactive functionality to maximize design productivity
* Design partitioning facilitates intelligent, concurrent engineering; especially useful for large or complex products and for the re-use of proven circuits
* Re-use of proven circuit blocks saves time
Fast and reliable design process

CR-5000 enables the right-first-time design of electronics products through a constraints-driven design process. From design to manufacturing data preparation, PCB integrity is maintained by concurrent design and verification, with co-simulation of both analog and digital functional blocks and programmable devices, signal integrity, power integrity, and EMC optimization. Proven DFM techniques are applied in parallel to the design process.
Migration preserves legacy data

Migrating to CR-5000 from Cadence Allegro and OrCAD, Mentor Graphics Expedition, Board Station and PADS, or Altium Designer is simple. Users can move all the data to CR-5000 from previous designs, re-using symbols, footprints and other supporting design data, and benefit from the ability to re-work legacy designs and component libraries.

ANSA-V13.1-BETA-CAE-download

Main new features introduced

* Visibility control with the new NEAR function
* Connections Manager: new options in several FE-Representations
* Handling of tailored-blank parts by the SKIN function
* Jacobian criterion calculation methods
* OpenFOAM quality criteria: non-orthogonality and Warping (Face Flatness)
* New 'Growth ratio' quality criterion
* Mesh quality improvement for Jacobian on 2nd order shells and solids:
o corner and mid nodes are moved
o controlled by the Mesh Parameters (Freeze volume skin, Fix quality allow distance values)
* Support of solid elements in IDEAS-V universal format
* Hexa Block meshing enhancements
* Kinematics tool:
o drawing mode per Kinematic Rigid Body
o Explode view
* NX NASTRAN: Support of CPYRAM pyramid solid element
* Abaqus: New supported keywords
* PAM-CRASH: updates and numerous new keywords support for v2010
* PERMAS: New dependency errors detection function and new keywords support
* Enhancements in ANSA - TOSCA Environment
* Scripting language extensions

and more...

CAMWORKS 2011_FOR_SOLIDWORKS2011

CAMWorks 2011 is an intuitive solids‐based CAM solution that helps manufacturers increase productivity and profitability through best‐in‐class technologies
and adaptable automation tools that maximize machining efficiencies. It is simple to use and eliminates the drudgery of CNC programming with Intelligent
Machining through automation.
CAMWorks 2011 is an intuitive solids‐based CAM solution that helps manufacturers increase productivity and profitability through best‐in‐class technologies
and adaptable automation tools that maximize machining efficiencies. It is simple to use and eliminates the drudgery of CNC programming with Intelligent
Machining through automation.
CAMWorks® uses the familiar SolidWorks® interface, so it is easy to learn and easy to use. The CAMWorks trees are similar to the SolidWorks FeatureManager design tree. Items in the tree can be suppressed, expanded, renamed and moved using the same procedures as SolidWorks. Online help, Installation and Quick Start Guide and tutorials can help you generate toolpaths and code quickly. The tutorials are provided electronically in Adobe PDF files.


Minimize Efforts
CAMWorks is a feature-based CAM system that provides the ability to automatically recognize many machinable features. Automatic Feature Recognition (AFR) analyzes the solid model geometry and identifies mill features such as holes, slots, pockets, and bosses; turning features such as outside diameters, faces, grooves and cutoffs; and wire EDM features such as die openings. AFR recognizes features regardless of the CAD system in which they were created.

Features that cannot be found automatically or that need to be defined for your specific machining requirements can be defined effortlessly using the Interactive Feature Recognition (IFR) wizard.

After machinable features have been defined, the user can take advantage of the machining automation in CAMWorks to generate operations. Machining operations include roughing, finishing, drilling, etc. Operations are associated to machinable features.

Automate and Control intelligently


CAMWorks defines areas to be machined as features, then applies automation and intelligence to generate toolpathsGeometric Technologies (A division of Geometric Americas Inc.)' innovative TechDB™ (Technology Database) is designed to significantly reduce the time required to generate machining strategies and processes. Using knowledge-based machining technology, the database associates tooling, operation strategies and machining parameters to the features. When operations are generated, CAMWorks applies these settings automatically. To further enhance the automation process, the knowledge-based rules in the TechDB are fully customizable to apply your company’s best practices. While CAMWorks promotes saving time through automation, at any time in the process full interactive manual control is available at your fingertips.

Esi_procast_2010.4_download

he leading Finite Element solution for casting process simulation

Throughout the manufacturing industry, casting process simulation is now widely accepted as an important tool in product design and process development to improve yield and casting quality.

Based on powerful Finite Element solvers and advanced specific options developed with leading research institutes and industries, ProCAST provides an efficient and accurate solution to meet the casting industry needs. Compared to a traditional trial-and-error approach, ProCAST is the key solution to reduce manufacturing costs, shorten lead times for mold developments and improve the casting process quality.

ProCAST provides a complete software solution allowing for predictive evaluations of the entire casting process including mold filling, solidification, microstructure and thermo-mechanical simulations. It enables to rapidly visualize the effects of mold design and allows for correct decision making at an early stage of the manufacturing process.

ucam_v9.1_license_download

In today’s fast-moving and competitive
electronics industry, CAM plays a pivotal
role in the process cycle from design
office to shopfloor. Ucamco has more
than 30 years of experience in
machinery, software. Drawing together
this expertise, UCAM Cam++ drastically
reduces job cycle times with powerful
CAD links, fast and error-free tool
generation, automated integration with
costing and planning systems, and a
direct, measurable improvement in
shopfloor productivity and process yields.
In-built dynamic automation and a user-
interface
structured
for
advanced
manufacturing technologies ensure a fast
roll-out needing minimum training times.

Ucamco continuously enhances UCAM
with new functionality to keep your
investment at the cutting edge of
technology. UCAM Cam++ has introduced
MultiSession
operation,
the
Rout
Constructor tools and a new service for
your customers – Design Restore.
High-level automation without limits

UCAM Cam++ Hypertool scripting delivers
in-depth custom automation without limits.
Unlike batch-sequencers, HyperTools give
you access to full core CAM functionality.
Simplify and accelerate your process
automation. Write new CAM routines to
automate your new technologies or to
integrate CAM deeply into your business
systems. The Java™ carrier means that
HyperTools are structured, robust and
reliable, fully integrated into the UCAM
Cam++ GUI.

Shopfloor productivity & yields

UCAM Cam++ focuses on advanced
manufacturing technology: dynamic etch
compensation to raise HDI etch yields;
powerful
BGA
optimization;
input,
verification and test output for embedded
resistors; SmartDrill optimization for 30%
faster drill times & improved microvia
yields; powerful Rout Constructor tools
to design and verify complex profiles;
uFlex functionality to optimize flex circuits
for long-term flexing reliability; Smart
Adjacency to cut flying-probe test times.

Enhanced supplier profile

UCAM Cam++ enhances your supplier
profile through comprehensive intelligent
data input, fast clear reporting of design
and manufacturability issues, increased
product reliability and improved delivery
times. The unique Design Restore
function provides an extra customer
service. Where an old design exists
only as a phototool or drawing, scan the
image and unique algorithms will rebuild
the original track and pad data.

Delcam_Powermill_ 2011_download

PowerMILL 2011 Out Now

Powerful, efficient high-speed and five-axis CAM machining

PowerMILL 2011 makes the programming of safe toolpaths easier than ever thanks to new stock model engagement options that protect both the cutting tool and the machine from excessive loading.

Other enhancements include:-

* New editing capabilities to simplify the machining of duplicate items
* More versatile control of feedrates for leads and links
* Improved sketching
* Clearer dialogs for the complete range of strategies
here is a new option inside the tool axis form to lock the rotary axis of the machine tool to avoid unnecessary tool axis motion.

By reducing any unnecessary machine axis motion, you will also see improvements to surface finish and ultimately machining times.

Fixed Angle control is available for all tool axis definitions except for those with a tool axis of Fixed Direction and Automatic.

Ansoft_PExprt_v7_download

Installation
============
This CD contains the following installation options:
- View Release Notes: View these release notes.
- Install Software: Use this option to install PExprt(tm) on your local machine.
- Install Maxwell: Use this option to install Maxwell 2D v11.1.1 on your local
machine.


The following are changes made in PExprt v7:

2DModel
1. Added interface with Maxwell 12.
2. Corrected issues concerning file paths with blank spaces.
3. Modified log file names to avoid rewriting Maxwell ones.

FEA2fb
1. Added interface with Maxwell 12.

FEALossesCalc
1. Added interface with Maxwell 12.
2. Corrected issues concerning file paths with blank spaces.
3. Modified log file names to avoid rewriting Maxwell ones.

MGen
1. Added interface with Maxwell 12.
2. All graphs represented using ChartFX.
3. Corrected issues concerning file paths with blank spaces.
4. Fixed memory allocation problem in thermal model calculation.
5. Modified log file names to avoid rewriting Maxwell ones.
6. Modified initial values of winding parameters for synthesis of impedances.
7. Modified dotted terminals of Double2D components.

MGen1D
1. Added interface with Maxwell 12.
2. Corrected issues concerning file paths with blank spaces.
3. Closed file when writing thermal model symbol.
4. Fixed memory allocation problem in thermal model calculation.

mmt2FEA
1. Added interface with Maxwell 12.
2. Corrected assignation of currents in short circuit tests of components with three or more windings.
3. Modified boundary conditions in lateral simulations of toroids and Double2D components.
4. Modified physical parameters of materials.
5. Fixed boundary condition in thermal simulation.
6. Modified drawing of areas to avoid overlaps in toroid simulations.
7. Corrected wire dimensions to avoid overlaps with adjacent isolators.
8. Corrected electrical conductivity for electric analysis of equivalent layers.
9. Modified current sources and electrical conductivities of equivalent layers made of twisted wire.
10. Corrected assignation of currents in open circuit tests of lateral views of Double2D components.
11. Updated macros for the representation of magnetic flux lines and energy maps.

PEmag
1. Added interface with Maxwell 12 and Simplorer 8.
2. All graphs represented using ChartFX.
3. Corrected issues concerning file paths with blank spaces.
4. Added design of magnetic components with laminated core (electrical steel).
5. Added new library (ElectricalSteel.pml) and library components for the design with laminated cores. The library contains EI and UI sheets in several sizes and thicknesses (IEC 60740), grain oriented (EN 10107) and non oriented (EN 10106) magnetic materials, and wires of several sections.
6. Corrected dimensions checking in dialogs for Drum and T core shapes.
7. Corrected dimensions checking in coil dialog. Detailed warnings were added to help user in error correction.
8. Core material resistivity is shown in ohm穖, mohm穖 or uohm穖 (depending on resistivity value) to make reading easier.
9. Fixed classification of materials in library tree.
10. Minimized program when called from PExprt.
11. Maxwell and Simplorer programs can be selected from installation directories or they can be found automatically after choosing version.
12. Increased resolution of frequency sweeps to 100 points.
13. Added checking of correct simulation finish.
14. Simplorer set as default simulator if none is specified.
15. Corrected dimensions to avoid area overlaps in Maxwell.
16. Corrected units of thermal conductivities (replaced W/篊*m and W/篊*in with W/篊/m and W/篊/in).
17. Modified log file names to avoid rewriting Maxwell ones.
18. Eliminated unsolicited opening of Maxwell project after representing energy map in capacitive analysis.
19. Linked with PEmag help in pdf.
20. Fixed frequency sweep to simulate models created at a single frequency.
21. Modified frequency limits of resistance and inductance graphs for models created at a single frequency.
22. Epcos library. Deleted duplicated E19/8/5 core.
23. Ferroxcube library. Corrected effective area of E32/6/20 core. Deleted duplicated E32/6/20 core.
24. Magnetics library. Added High flux (14u, 26u, 60u, 125u, 147u, 160u), Kool Mu (26u, 60u, 75u, 90u, 125u), MPP (14u, 26u, 60u, 125u, 147u, 160u, 173u, 200u, 300u, 550u), and XFlux (60u) materials.
25. Micrometals library. Materials moved from the 慒errite?folder to the 慖ron Powder?one.

PExprt
1. Added interface with Maxwell 12.
2. All graphs represented using ChartFX.
3. Corrected issues concerning file paths with blank spaces.
4. Program modified to send true laminated and Metglas core designs to PEmag, using new program capabilities. No equivalent cores are generated before calling PEmag.
5. Corrected dimensions checking in dialogs for EE, EELam, EFD, EI, EILam, EP, ETD, POT, PQ, RM, TOR, UI, UILam, UU, and UULam core shapes.
6. Corrected dimensions checking in coil dialog. Detailed warnings were added to help user in error correction.
7. Modeling language was not recognized when sending a component to PEmag.
8. Fixed error when generating Maxwell setups for calculating load losses in sinusoidal regime.
9. Modified warning concerning coil unavailability when designing magnetic components.
10. Maxwell program can be selected from installation directory or it can be found automatically after choosing version.
11. Modified signs of currents of center-tapped windings for transient simulation with Maxwell.
12. Fixed behavior of 揺nter?key when modifying frequency and duty cycle in waveform transformers.
13. Added checking of correct simulation finish.
14. Simplorer set as default simulator if none is specified.
15. Corrected calculation of permeability as a function of magnetic field when alpha is equal to one for non-gapped inductors, coupled inductors, and flyback designs.
16. Component parameters are calculated from Double 2D models extracted in PEmag when available.
17. Fixed representation of the results of the transient simulations of the lateral views of toroids.
18. Updated permeability and AL values when 揚ermeability = f(H)?option was active designing non-gapped inductors, coupled inductors, and flyback converters.
19. Corrected units of thermal conductivities (replaced W/篊*m and W/篊*in with W/篊/m and W/篊/in) and film coefficients (replaced W/篊*m^2 with W/篊/m^2).
20. Corrected calculation of open- and short-circuit impedances.
21. Modified log file names to avoid rewriting Maxwell ones.
22. Linked with PExprt help in pdf.
23. Planar components designs with winding connections close to the core are rejected if 揙nly ext. connections?winding setup is selected in the 揇esign Inputs?tab.
24. Epcos library. Added RM4LP core and deleted duplicated E19/8/5 and E32/16/11 cores. Replaced R3.05x1.78x20.3 with R3.05x1.78x2.03
25. Ferroxcube library. Corrected dimensions of ER/42/22/16, TC3.9/1.8/2.5, TN29/19/15, TX102/66/15, TX140/106/25, and TX50/30/19 cores. Corrected effective area of E32/6/20 core. Deleted duplicated E32/6/20, T107/65/25, TX13/7.1/4.8, and TX74/39/13 cores. Modified Steinmetz parameters of 3C96 material.
26. Magnetics library. Coil ETD42523 named as EFD42523. Added MPP (14u, 26u, 60u, 125u, 147u, 160u, 173u, 200u, 300u, 550u), and XFlux (60u) materials.
27. Micrometals library. Materials moved from the 慒errite?folder to the 慖ron Powder?one. Corrected dimensions of E610 and HS400 cores.
28. Steward library. Replaced T0870_000 with T0870-000.
29. TDK library. Deleted duplicated T44.5*13*30 core.

Xtor1D
1. Corrected calculation of open- and short-circuit impedances.

Xtor2D
1. Corrected calculation of open- and short-circuit impedances.

Pulsonix_v7.0_keygen

Pulsonix Version 7.0

Version 7.0 is the next step in the on-going growth of Pulsonix, responding to customer demand and continuing to provide best-in-class range of functionality. Below is an overview of the major new features in the release.
Pulsonix now supports STEP, the industry standard for interfacing to Mechanical CAD systems. This allows you to provide a detailed 3D model of your PCB to your MCAD system such as SolidWorks or Autodesk Inventor, including populating the board with accurate 3D component representations by referencing STEP models. Many of these models are provided by component suppliers free of charge and can be downloaded from the internet, then referenced from your PCB design in just a few quick steps.
Scripting Scripts can be written using a range of languages (VBscript, Javascript, Pythonscript, etc) to carry out a range of design work. Access is provided to much of the Pulsonix data model, enabling automation of repetitive tasks, production of reports, and output of data not directly provided through the main application user interface.
Macros Macros can now be recorded and replayed, allowing you to save time by automating repetitive tasks. Interactive and dialog actions are recorded, and can then be replayed in 'absolute' or 'relative' mode to re-apply the same sequence of actions.
Micro-via Support Pad styles for micro-vias are now supported, including the special pads needed for 'entry' and 'stop' pads, enabling laser-drilled micro-vias to be created and managed as an integral part of your design process. You can even specify 'stacked' micro-vias as a composite to cross multiple layer spans using two or more micro-vias of the same or different styles.
New Base Autorouter From version 7 onwards every variant of the Pulsonix product range includes a base autorouter. Featuring a numerically stable geometric topology, the new autorouter produces predominantly 45-degree routing with aesthetically pleasing results more akin to hand routed designs.
Flexi-rigid Boards Layer Spans can now be applied to areas, boards and board cutouts, allowing a range of board configurations to be defined. This includes flexi-rigid boards, and boards with 'wells' or internal 'cavities'. Components can be placed on the surfaces of these different boards or even within the cavities.

Ansoft_HFSS_V13_Download

HFSS(tm) v13.0

======================================================
ANSYS, Inc.
225 West Station Square Dr, Suite 200
Pittsburgh, PA 15219-1119 USA

This file contains important information regarding the installation and
use of HFSS(tm). When appropriate, late-breaking information is
provided herein that could not be included in the software documentation.


32-bit System Requirements
==========================
Minimum System Requirements:
Processor: All fully compatible 686 (or later) instruction set processors, 500 MHz
Hard Drive Space (for HFSS software): 200 MB
RAM: 512 MB

Recommended Minimum Configuration (for Optimal Performance):
Processor: All fully compatible 786 (or later) instruction set processors, 2 GHz
Hard Drive Space (for HFSS software and temporary files): 700 MB
RAM: 4 GB

64-bit System Requirements
==========================
Minimum System Requirements:
Supported processors: AMD Athlon 64, AMD Opteron, Intel Xeon with Intel EM64T
support, Intel Pentium 4 with Intel EM64T support
Hard Drive Space (for HFSS software): 200 MB
RAM: 2 GB

Recommended Minimum Configuration (for Optimal Performance):
Supported processors: AMD Athlon 64, AMD Opteron, Intel Xeon with Intel EM64T
support, Intel Pentium 4 with Intel EM64T support
Video card: 128-bit SVGA or PCI Express video card
Hard Drive Space (for HFSS software and temporary files): 700 MB
RAM: 8 GB

Supported Operating Systems:
- Windows XP (32-bit and 64-bit)
- Windows Server 2003 (32-bit and 64-bit)
- Windows 7 Business class (32-bit and 64-bit)
- Windows Server 2008 (32-bit and 64-bit)


Windows Vista (32-bit and 64-bit) are supported in limited capacity for this release.
ANSYS will attempt to assist with any problems or questions you may have but cannot
guarantee full compatibility with Windows Vista.



Installation
============
This CD contains the following installation options:
- Install Software: Use this option to install HFSS(tm) on your local machine.

- Install Libraries: Use this option to install the libraries
on any machine that HFSS can see from the network. Installing the libraries
on a remote machine allows multiple users to share a common
HFSS libraries database.

Note: If you want to install the HFSS libraries on your local machine,
you can do so during the HFSS software installation.

- Install Remote Simulation Manager: Use this option to install Remote
Simulation Manager on your local machine.



ANSYS Workbench Integration
===========================
The HFSS 13.0 installation wizard will prompt you to integrate with ANSYS 13.0 if it
detects that an ANSYS 13.0 installation is present on the computer. You may choose
to integrate HFSS with ANSYS 13.0 during the installion, or at a later time by
selecting the 'Modify integration with ANSYS 13.0' option from the HFSS 13.0 Program
Folder.



Technical and Installation Support
==================================
For installation or technical support, please send e-mail to techsupport@ansoft.com
or call (+1) 412-261-3200 x199.

Please provide the following information when you contact us:
- Your name and affiliation
- Version number of HFSS
- The type of hardware and operating system you are using
- A description of what happened and what you were doing when the
problem occurred as well as the exact wording of any messages
that appeared on the screen

HFSS project files (.hfss) are ASCII text and can be sent by e-mail.



HFSS 13.0 Major Enhancements
============================

ANSYS Workbench Integration:
- Add-in capability for HFSS and HFSS-IE designs
- Full range of HFSS capabilities available within a Workbench project, including
scripting support
- Data integration with DesignXplorer, ANSYS Mechanical thermal analysis

- Transient solution type including optional Network Analysis
- HFSS-IE formulation option for the Radiation boundary
- Multi-pole Debye material model
- Automated DC thickness calculation
- Multi-scan modes calculator for Floquet ports
- Imported incident fields
- Incident voltage specification for terminal excitations