김경종
346 lines
8.8 KiB
Markdown
346 lines
8.8 KiB
Markdown
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# ABAQUS 2016
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ANALYSIS USER’S GUIDE
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VOLUME V: PRESCRIBED CONDITIONS,
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CONSTRAINTS & INTERACTIONS
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<details>
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<summary>text_image</summary>
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3D
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i
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V+R
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</details>
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3DEXPERIENCE
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Abaqus Analysis
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User's Guide
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Volume V
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# Legal Notices
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Abaqus, the 3DS logo, and SIMULIA are commercial trademarks or registered trademarks of Dassault Systèmes or its subsidiaries in the United States and/or other countries. Use of any Dassault Systèmes or its subsidiaries trademarks is subject to their express written approval.
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Abaqus and this documentation may be used or reproduced only in accordance with the terms of the software license agreement signed by the customer, or, absent such an agreement, the then current software license agreement to which the documentation relates.
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This documentation and the software described in this documentation are subject to change without prior notice.
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Dassault Systèmes and its subsidiaries shall not be responsible for the consequences of any errors or omissions that may appear in this documentation.
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© Dassault Systèmes, 2015
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Other company, product, and service names may be trademarks or service marks of their respective owners. For additional information concerning trademarks, copyrights, and licenses, see the Legal Notices in the Abaqus 2016 Installation and Licensing Guide.
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# Preface
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This section lists various resources that are available for help with using Abaqus Unified FEA software.
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# Support
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Both technical software support (for problems with creating a model or performing an analysis) and systems support (for installation, licensing, and hardware-related problems) for Abaqus are offered through a global network of support offices, as well as through our online support system. Contact information for our regional offices is accessible from SIMULIA→Locations at www.3ds.com/simulia. The online support system is accessible by selecting the SUBMIT A REQUEST link at Support - Dassault Systèmes (http://www.3ds.com/support).
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# Online support
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Dassault Systèmes provides a knowledge base of questions and answers, solutions to questions that we have answered, and guidelines on how to use Abaqus, Engineering Process Composer, Isight, Tosca, fe-safe, and other SIMULIA products. The knowledge base is available by using the Search our Knowledge option on www.3ds.com/support (http://www.3ds.com/support).
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By using the online support system, you can also submit new requests for support. All support/service requests are tracked. If you contact us by means outside the system to discuss an existing support problem and you know the support request number, please mention it so that we can query the support system to see what the latest action has been.
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# Training
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All SIMULIA regional offices offer regularly scheduled public training classes. The courses are offered in a traditional classroom form and via the Web. We also provide training seminars at customer sites. All training classes and seminars include workshops to provide as much practical experience with Abaqus as possible. For a schedule and descriptions of available classes, see the Training link at www.3ds.com/productsservices/simulia (www.3ds.com/products-services/simulia) or call your support office.
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# Feedback
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We welcome any suggestions for improvements to Abaqus software, the support tool, or documentation. We will ensure that any enhancement requests you make are considered for future releases. If you wish to make a suggestion about the service or products, refer to www.3ds.com/simulia. Complaints should be made by contacting your support office or by visiting SIMULIA→Quality Assurance at www.3ds.com/simulia (www.3ds.com/simulia).
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# Contents
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# Volume I
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# PART I INTRODUCTION, SPATIAL MODELING, AND EXECUTION
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# 1. Introduction
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# Introduction
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Introduction: general 1.1.1
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# Abaqus syntax and conventions
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Input syntax rules 1.2.1
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Conventions 1.2.2
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# Abaqus model definition
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Defining a model in Abaqus 1.3.1
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# Parametric modeling
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Parametric input 1.4.1
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# 2. Spatial Modeling
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# Node definition
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Node definition 2.1.1
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Parametric shape variation 2.1.2
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Nodal thicknesses 2.1.3
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Normal definitions at nodes 2.1.4
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Transformed coordinate systems 2.1.5
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Adjusting nodal coordinates 2.1.6
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# Element definition
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Element definition 2.2.1
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Element foundations 2.2.2
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Defining reinforcement 2.2.3
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Defining rebar as an element property 2.2.4
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Orientations 2.2.5
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# Surface definition
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Surfaces: overview 2.3.1
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Element-based surface definition 2.3.2
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Node-based surface definition 2.3.3
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Analytical rigid surface definition 2.3.4
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Eulerian surface definition 2.3.5
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Operating on surfaces 2.3.6
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# Rigid body definition
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Rigid body definition 2.4.1
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# Integrated output section definition
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Integrated output section definition 2.5.1
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# Mass adjustment
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Adjust and/or redistribute mass of an element set 2.6.1
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# Nonstructural mass definition
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Nonstructural mass definition 2.7.1
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# Distribution definition
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Distribution definition 2.8.1
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# Display body definition
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Display body definition 2.9.1
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# Assembly definition
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Defining an assembly 2.10.1
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# Matrix definition
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Defining matrices 2.11.1
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# Probability density function
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Probability density function 2.12.1
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# 3. Job Execution
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# Execution procedures: overview
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Execution procedure for Abaqus: overview 3.1.1
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# Execution procedures
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Obtaining information 3.2.1
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Abaqus/Standard, Abaqus/Explicit, and Abaqus/CFD execution 3.2.2
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SIMULIA Co-Simulation Engine director execution 3.2.3
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Abaqus/Standard, Abaqus/Explicit, Abaqus/CFD, AND FMU co-simulation execution 3.2.4
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Dymola model execution 3.2.5
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SIMULIA Co-Simulation Engine FMU execution 3.2.6
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Abaqus/CAE execution 3.2.7
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Abaqus/Viewer execution 3.2.8
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Topology optimization execution 3.2.9
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Python execution 3.2.10
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Parametric studies 3.2.11
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Abaqus documentation 3.2.12
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Licensing utilities 3.2.13
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ASCII translation of results (.fil) files 3.2.14
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Joining results (.fil) files 3.2.15
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Querying the keyword/problem database 3.2.16
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Fetching sample input files 3.2.17
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Making user-defined executables and subroutines 3.2.18
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Output database upgrade utility 3.2.19
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SIM database utilities 3.2.20
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Translating ODB output database files to SIM format 3.2.21
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Generating output database reports 3.2.22
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Joining output database (.odb) files from restarted analyses 3.2.23
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Combining output from substructures 3.2.24
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Combining data from multiple output databases 3.2.25
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Network output database file connector 3.2.26
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Mapping thermal and magnetic loads 3.2.27
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Element matrix assembly utility 3.2.28
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Fixed format conversion utility 3.2.29
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Translating Nastran bulk data files to Abaqus input files 3.2.30
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Translating Abaqus files to Nastran bulk data files 3.2.31
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Translating ANSYS input files to partial Abaqus input files 3.2.32
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Translating PAM-CRASH input files to partial Abaqus input files 3.2.33
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Translating RADIOSS input files to partial Abaqus input files 3.2.34
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Translating Abaqus output database files to Nastran Output2 results files 3.2.35
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Translating LS-DYNA data files to Abaqus input files 3.2.36
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Exchanging Abaqus data with ZAERO 3.2.37
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Translating Abaqus data to MSC.ADAMS modal neutral files 3.2.38
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Translating an Abaqus substructure to a SIMPACK flexible body 3.2.39
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Translating an Abaqus substructure to an EXCITE flexible body 3.2.40
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Translating Moldflow data to Abaqus input files 3.2.41
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Encrypting and decrypting Abaqus input data 3.2.42
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Job execution control 3.2.43
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Hardware system verification process 3.2.44
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# Environment file settings
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Using the Abaqus environment settings 3.3.1
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# Managing memory and disk resources
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Managing memory and disk use in Abaqus 3.4.1
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# Parallel execution
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Parallel execution: overview 3.5.1
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Parallel execution in Abaqus/Standard 3.5.2
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Parallel execution in Abaqus/Explicit 3.5.3
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Parallel execution in Abaqus/CFD 3.5.4
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# File extension definitions
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File extensions used by Abaqus 3.6.1
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# Fortran unit numbers
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Fortran unit numbers used by Abaqus 3.7.1
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# PART II OUTPUT
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# 4. Output
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# Output
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Output 4.1.1
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Output to the data and results files 4.1.2
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Output to the output database 4.1.3
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Error indicator output 4.1.4
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# Output variables
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Abaqus/Standard output variable identifiers 4.2.1
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Abaqus/Explicit output variable identifiers 4.2.2
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Abaqus/CFD output variable identifiers 4.2.3
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# The postprocessing calculator
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The postprocessing calculator 4.3.1
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# 5. File Output Format
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# Accessing the results file
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Accessing the results file: overview 5.1.1
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Results file output format 5.1.2
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Accessing the results file information 5.1.3
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Utility routines for accessing the results file 5.1.4
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