PLM Industry Summary Jillian Hayes, Editor Vol
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PLM Industry Summary Christine Bennett, Editor Vol. 13 No.17 Friday 29 April 2011 Contents Acquisitions _______________________________________________________________________ 2 Dassault Systèmes Acquires Enginuity PLM to Accelerate Innovation for Formulated Products __________2 ESI Group Acquires Comet Technology’s IP, Including “COMET Acoustics” Software for Low Frequency Noise and Vibration Modeling _____________________________________________________________4 Lawson Software Enters into Definitive Agreement to be Acquired by an Affiliate of Golden Gate Capital and Infor ______________________________________________________________________________4 CIMdata News _____________________________________________________________________ 6 CIMdata in the News: “CIMdata Evaluates PLM-Market in 2010 and Gives Optimistic Forecasts” _______6 YouTube: Oracle Agile PLM Team Interviews CIMdata Analyst _________________________________6 Company News _____________________________________________________________________ 6 CGTech and VMH International Announce Joint Partnership _____________________________________6 Delcam Wins Third Queen’s Award for International Sales Success _______________________________7 500 Technical Paper and Presentations on Multiphysics Simulation are Available from COMSOL________8 POLYTEDA Joins Si2’s Design for Manufacturability Coalition __________________________________9 PTC Holds the Inaugural FIRST Tech Challenge in China to Inspire Student Innovation ______________10 Seven Universities Sign on with Altium: From the -
PML, an Object Oriented Process Modelling Language
PML, an Object Oriented Process Modeling Language Prof. Dr.-Ing. Reiner Anderl 1, and Dipl.-Ing. Jochen Raßler 2 1 Prof. Dr.-Ing. Reiner Anderl, Germany, [email protected] 2 Dipl.-Ing. Jochen Raßler, Germany, [email protected] Abstract: Processes are very important for the success within many business fields. They define the proper application of methods, technologies, tools and company structures in order to reach business goals. Important processes to be defined are manufacturing processes or product development processes for example to guarantee the company’s success. Over the last decades many process modeling languages have been developed to cover the needs of process modeling. Those modeling languages have several limitations, mainly they are still procedural and didn’t follow the paradigm change to object oriented modeling and thus often lead to process models, which are difficult to maintain. In previous papers we have introduced PML, Process Modeling Language, and shown it’s usage in process modeling. PML is derived from UML and hence fully object oriented and uses modern modeling techniques. It is based on process class diagrams that describe methods and resources for process modeling. In this paper the modeling language is described in more detail and new language elements will be introduced to develop the language to a generic usable process modeling language. Keywords: process modeling language, PML, UML 1. Introduction As the tendency of enterprises to collaborate growths steadily, industry faces new challenges managing business processes, product development processes, manufacturing processes and much more. Furthermore, discipline spanning product development processes are increasing, e. -
Extending and Evaluating the Model-Based Product Definition
NIST GCR 18-015 Extending and Evaluating the Model-based Product Definition Nathan W. Hartman Jesse Zahner Purdue University This publication is available free of charge from: https://doi.org/10.6028/NIST.GCR.18-015 NIST GCR 18-015 Extending and Evaluating the Model-based Product Definition Prepared for Thomas D. Hedberg, Jr. Allison Barnard Feeney U.S. Department of Commerce Engineering Laboratory National Institute of Standards and Technology Gaithersburg, MD 20899-8260 By Nathan W. Hartman Jesse Zahner PLM Center of Excellence Purdue University This publication is available free of charge from: https://doi.org/10.6028/NIST.GCR.18-015 December 2017 U.S. Department of Commerce Wilbur L. Ross, Jr., Secretary National Institute of Standards and Technology Walter Copan, NIST Director and Undersecretary of Commerce for Standards and Technology Disclaimer Any opinions, findings, conclusions, or recommendations expressed in this publication do not necessarily reflect the views of the National Institute of Standards and Technology (NIST). Additionally, neither NIST nor any of its employees make any warranty, expressed or implied, nor assume any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, product, or process included in this publication. The report was prepared under cooperative agreement 70NANB15H311 between the National Institute of Standards and Technology and Purdue University. The statements and conclusions contained in this report are those of the authors and do not imply recommendations or endorsements by the National Institute of Standards and Technology. Certain commercial systems are identified in this report. Such identification does not imply recommendation or endorsement by the National Institute of Standards and Technology. -
AMI Import and Export Revision 1, 21 March 2012
Autodesk® Moldflow® Insight 2012 AMI Import and Export Revision 1, 21 March 2012. This document contains Autodesk and third-party software license agreements/notices and/or additional terms and conditions for licensed third-party software components included within the product. These notices and/or additional terms and conditions are made a part of and incorporated by reference into the Autodesk Software License Agreement and/or the About included as part of the Help function within the software. Contents Chapter 1 Supported model import formats. 1 Supported model import formats. 3 Importing a CAD model. 3 Importing an ASCII model file. 3 Importing a model of the core from a CAD program. 4 Importing a Moldflow Plastics Insight 2.0 project. 5 Supported model import formats . 5 Import—Create New Project dialog. 6 Import dialog. 6 Autodesk Moldflow Design Link . 6 Autodesk Moldflow Design Link. 7 Autodesk Moldflow Design Link. 7 Chord angle. 8 Mesh on assembly contact faces. 8 Supported IGES entities. 9 Supported STEP entities. 10 Using models imported from Autodesk Simulation products. 12 Using models imported from Autodesk Simulation products. 13 iii Importing IGES model files. 14 Importing IGES model files. 16 Importing STL model files. 17 Importing STL model files. 19 Importing ANSYS model files. 20 Importing IDEAS universal model files. 20 Importing NASTRAN bulk data model files. 22 Importing PATRAN neutral model files. 22 Importing a C-MOLD *.fem file. 23 Importing a C-MOLD *.fem file. 23 Chapter 2 Exporting models and files. 28 Exporting models and files. 30 Exporting files. 30 Exporting the project to a ZIP file. -
Autodesk® Simulation Moldflow® Comparison Matrix
Autodesk® Simulation Moldflow® Comparison Matrix Autodesk® Simulation Moldflow® injection molding simulation software provides tools that can help manufacturers validate and optimize the design of plastic parts and injection molds and study the injection molding process. Compare the features of Autodesk Simulation Moldflow products to learn how Autodesk® Simulation Moldflow® Adviser and Autodesk® Simulation Moldflow® Insight software can help meet the needs of your organization. Autodesk Autodesk Autodesk Autodesk Autodesk Autodesk Simulation Simulation Simulation Simulation Simulation Simulation Moldflow Moldflow Moldflow Moldflow Moldflow Moldflow LEGEND Adviser Adviser Adviser Insight Insight Insight Feature supported Standard Premium Ultimate Standard Premium Ultimate MESHING TECHNOLOGY Dual Domain™ 3D Midplane CAD INTEROPERABilitY Direct Modeling with Autodesk® Inventor® Fusion Defeaturing with Inventor Fusion Multi-CAD Data Exchange CAD Solid Models Parts Assemblies SimulatiON CapaBilitiES Thermoplastic Filling Part Defects Gate Location Molding Window Thermoplastic Packing Runner Balancing Cooling Warpage Fiber Orientation Insert Overmolding Two-Shot Sequential Overmolding Core Shift Control MOLDING PROCEssES Thermoplastic Injection Molding Reactive Injection Molding Microchip Encapsulation Underfill Encapsulation Gas-Assisted Injection Molding Injection-Compression Molding Co-Injection Molding MuCell® Birefringence -
Manage Engineering Data Complex Models and Simulations Yield a Torrent
NX 8 for Design. Smarter decisions, better products. Learn more on page 11 DtopEng_banner_NXCAD_MAR2012.indd 1 3/8/12 11:02 AM April 2012 / deskeng.com Origin 8.6 Overview P.22 Direct Modeling and FEA P.24 TECHNOLOGY FOR DESIGN ENGINEERING Manage Engineering Data Complex models and simulations yield a torrent of data to seize and control. P.16 RACING AHEAD WITH CLUSTERS P.35 REVIEW: HP Z10 WORKSTATION P.38 P.40 PREPARING 3D MODELS de0412_Cover_Darlene.indd 1 3/15/12 12:20 PM Objet.indd 1 3/14/12 11:17 AM DTE_0412_Layout 1 2/28/12 4:36 PM Page 1 Data Loggers & Data Acquisition Systems iNET-400 Series Expandable Modular Data Acquisition System • Directly Connects to Thermocouple, RTD, Thermistor, Strain Gage, Load Complete Cell, Voltage, Current, Resistance Starter and Accelerometer Inputs System $ • USB 2.0 High Speed Data Acquisition 990 Hardware for Windows® ≥XP SP2, Vista or 7 (XP/VS/7) • Analog and Digital Input and Outputs • Free instruNet World Software Visit omega.com/inet-400_series © Kutt Niinepuu / Dreamstime.com Stand-Alone, High-Speed, 8-Channel High Speed Voltage Multifunction Data Loggers Input USB Data Acquisition Modules OM-USB-1208HS Series Starts at $499 High Performance Multi-Function I/O USB Data Acquisition Modules OMB-DAQ-2416 Series OM-LGR-5320 Series Starts at Starts at $1100 $1499 Visit omega.com/om-lgr-5320_series Visit omega.com/om-usb-1208hs_series Visit omega.com/omb-daq-2416 ® omega.com ® © COPYRIGHT 2012 OMEGA ENGINEERING, INC. ALL RIGHTS RESERVED Omega.indd 1 3/14/12 10:54 AM Degrees of Freedom by Jamie J. -
DCSA Information Model 3.0
DCSA Information Model 3.0 December 2020 Table of contents Version history __________________________________________________ 8 1 Introduction __________________________________________________ 9 1.1 Preface ______________________________________________________ 9 1.2 Purpose ______________________________________________________ 9 1.3 Overview _____________________________________________________ 10 1.4 Conformance __________________________________________________ 10 1.5 Supporting publications ___________________________________________ 10 2 DCSA Information Model 3.0 ________________________________________ 13 2.1 Introduction ___________________________________________________ 13 2.2 Selected data modelling terms defined _________________________________ 14 2.3 The DCSA Information Model data types and formats ________________________ 15 2.3.1 Attribute naming conventions ____________________________________ 16 3 Logical Data Model ____________________________________________ 18 4 Logical Data Model usage ________________________________________ 20 4.1 Track and trace (T&T) ____________________________________________ 20 4.2 Operational vessel schedules (OVS) ___________________________________ 21 4.3 eDocumentation _______________________________________________ 23 5 Subject areas in the Logical Data Model _______________________________ 25 5.1 Shipment ____________________________________________________ 26 5.1.1 Shipment reference data _______________________________________ 31 5.2 Transport Document _____________________________________________ -
Finite Element Software for Rubber Products Design
International Journal of Engineering and Management Sciences (IJEMS) Vol. 3. (2018). No. 1. DOI: 10.21791/IJEMS.2018.1.2. Finite Element Software for Rubber Products Design D. HURI Department of Mechanical Engineering, Faculty of Engineering, University of Debrecen, [email protected] Abstract: Automotive rubber products are subjected to large deformations during working conditions, they often contact with other parts and they show highly nonlinear material behavior. Using finite element software for complex analysis of rubber parts can be a good way, although it has to contain special modules. Different types of rubber materials require the curve fitting possibility and the wide range choice of the material models. It is also important to be able to describe the viscoelastic property and the hysteresis. The remeshing possibility can be a useful tool for large deformation and the working circumstances require the contact and self contact ability as well. This article compares some types of the finite element software available on the market based on the above mentioned features. Introduction Finite element simulation of rubber parts is still a demanding task for engineers thanks to the combined effect of several factors. The first one is the elastic modulus of the rubber which depends on the rubber recipe, the shape of the rubber and the size of the deformation as well. The rubber shows nonlinear behavior, therefore the software has to have nonlinear solver ability. While the producers handle the rubber recipe as an industrial secret the mechanical properties have to be determined by laboratory measurements. In most cases the rubber behaves as an elastic, isotropic and nearly incompressible material and it can undergo large deformation. -
Metamodelling for MDA
Metamodelling for MDA First International Workshop York, UK, November 2003 Proceedings Edited by Andy Evans Paul Sammut James S. Willans Table of Contents Preface ........................................................ 4 Principles Calling a Spade a Spade in the MDA Infrastructure ................... 9 Colin Atkinson and Thomas K¨uhne Do MDA Transformations Preserve Meaning? An investigation into preservingsemantics ........................................... 13 Anneke Kleppe and Jos Warmer MDA components: Challenges and Opportunities ..................... 23 Jean B´ezivin, S´ebastien G´erard, Pierre-Alain Muller and Laurent Rioux SafetyChallengesforModelDrivenDevelopment ..................... 42 N. Audsley, P. M. Conmy, S. K. Crook-Dawkins and R. Hawkins Invited talk: UML2 - a language for MDA (putting the U, M and L intoUML)?................................................... 61 Alan Moore Languages and Applications Using an MDA approach to model traceability within a modelling framework .................................................... 62 John Dalton, Peter W Norman, Steve Whittle, and T Eshan Rajabally Services integration by models annotation and transformation .......... 77 Olivier Nano and Mireille Blay-Fornarino 1 A Metamodel of Prototypical Instances .............................. 93 Andy Evans, Girish Maskeri, Alan Moore Paul Sammut and James S. Willans Metamodelling of Transaction Configurations ......................... 106 StenLoecherandHeinrichHussmann Invitedtalk:MarketingtheMDAToolChain......................... 109 Stephen -
DS LLC Engineering AD-12.Vp
Engineering Analysis & Design Wet Electrostatic Precipitator - Temperature, Thermal Expansion, & Stress Autonomous Undersea Vehicle (AUV) Structural Analysis DeepSoft, LLC Engineering Analysis Engineering Analysis & Design TurboSonic, Inc., retained DeepSoft, LLC. (DSL) to provide a detailed Nastran Finite Element Analysis (FEA) of their Wet Electrostatic Precipitators which are shown on the cover. Analyses included heat transfer, thermal expansion & stress, buckling, and structural stress. For Duratek, Inc.'s nuclear waste vitrification melters Algor FEA analyses included heat transfer, thermal expansion and stress, structural stress, and coolant loop pressure drop. Battelle Laboratories required a dynamic modal FEA to determine resonant frequencies, and a dynamic drop impact analysis of their portable ultrasonic cleaner developed for the US Army. For DHS Systems DSL performed a FEA dynamic impact stress analysis of their tow bar for a US Army Ultrasonic Cleaner - Modal Analysis trailer. Some projects may be best served by manual calculations alone without a FEA. Preparation for FEA may involve 20-30 pages of fluid dynamic, thermodynamic, heat transfer, and structural calculations to determine loads, boundary conditions, concentrated mass, and material properties. These are typically automated with Mathcad, Excel, or a C/C++ computer program. Stone Aerospace, developer of the Endurance Autonomous Underwater Vehicle (AUV), retained DSL to create 3D SolidWorks parts, assemblies, and drawings of their science package winch design for a series of Antarctic dives. Inventor or SolidWorks are used for new designs - SpaceClaim allows Nuclear Waste Melter Base - Displacement importing almost any 3D model geometry for design changes or FEA preparation. The principal has also designed a diver propulsion vehicle and a diver's decompression computer. -
Patterns: Model-Driven Development Using IBM Rational Software Architect
Front cover Patterns: Model-Driven Development Using IBM Rational Software Architect Learn how to automate pattern-driven development Build a model-driven development framework Follow a service-oriented architecture case study Peter Swithinbank Mandy Chessell Tracy Gardner Catherine Griffin Jessica Man Helen Wylie Larry Yusuf ibm.com/redbooks International Technical Support Organization Patterns: Model-Driven Development Using IBM Rational Software Architect December 2005 SG24-7105-00 Note: Before using this information and the product it supports, read the information in “Notices” on page ix. First Edition (December 2005) This edition applies to Version 6.0.0.1 of Rational Software Architect (product number 5724-I70). © Copyright International Business Machines Corporation 2005. All rights reserved. Note to U.S. Government Users Restricted Rights -- Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp. Contents Notices . ix Trademarks . x Preface . xi For solution architects . xi For project planners or project managers . xii For those working on a project that uses model-driven development . xii How this book is organized . xiii The team that wrote this redbook. xiv Become a published author . xv Comments welcome. xvi Part 1. Approach . 1 Chapter 1. Overview and concepts of model-driven development. 3 1.1 Current business environment and drivers . 4 1.2 A model-driven approach to software development . 5 1.2.1 Models as sketches and blueprints . 6 1.2.2 Precise models enable automation . 6 1.2.3 The role of patterns in model-driven development . 7 1.2.4 Not just code . 7 1.3 Benefits of model-driven development . -
Software Facilities Available in Acoustics Lab
Acoustics lab Head : Dr. Nachiketa Tiwari Department of mechanical engineering IIT Kanpur Ph: 0512‐3926986 Software facilities available in Acoustics Lab No. Software Description 1 Perform explicit Transient Dynamic Solution for improved product safety and reduced warranty costs. High Performance Computing. MSC Dytran Transient Structural Analysis (Crash/Impact) Fluid‐structure Interaction 2 MSC MARC Mentat MSC MARC_Electrical MSC MARC_Hexmesh Advanced Nonlinear & Multiphysics MSC MARC_Mesh2D Marc is a powerful, general‐purpose, nonlinear finite element analysis solution to accurately simulate the MSC MARC_Mesh3D response of your products under static, dynamic and multi‐physics loading scenarios. MSC MARC_MetalCutting Mentat provides a full range of capabilities for the visualization and interpretation of analysis results. MSC MARC_ShapeMemory Tight integration with MSC.Marc means that results can be viewed simultaneously as they are generated. MSC MARC_ViewFactor MSC Mentat_CMOLD MSC Mentat_ITI_Access 3 MSC NASTRAN • MD ADAMS_Integration • MD Connectors • MD Dynamics • MD Thermal Finite element analysis solver. • MD DDAM Predict Product Life, Optimize Designs • MD SMP Advanced Nonlinear Capabilities • MD Linear_Contact Develop High Performance Composites • MD Nonlinear Effectively study the dynamic response of your structural designs • MD MARC_Translator Engineered for High Performance Computing • MD NL_Solver Competitively Optimize Product Performance • MD NL_ShapeMemory Simulate across multiple analysis disciplines