Abaqus Execution Guide
Selecting TCP/UDP Port Numbers
Abaqus/Standard and Abaqus/Explicit Execution
SIMULIA Co-Simulation Engine Director Execution
Abaqus/Standard, Abaqus/Explicit, and FMU Co-Simulation Execution
Composition of Command Line Arguments
Allocating CPUS for Parallel Processing with Abaqus Jobs
Specifying Options for Abaqus Child Analyses
Specifying Options for Functional Mockup Unit (FMU) Files
Performing a Two-Child-Analysis Co-Simulation with Input Files That Specify Co-Simulation Controls
SIMULIA Co-Simulation Engine FMU Execution
Configuration of Documentation Application
ASCII Translation of Results (.fil) Files
Querying the Keyword/Problem Database
Making User-Defined Executables and Subroutines
Output Database Upgrade Utility
Translating ODB Output Database Files to SIM Format
Generating Output Database Reports
Adding Information to a Report
Joining Output Database (.odb) Files from Restarted Analyses
Appending Data When the Analysis Restarts between Steps Versus Midstep
Customizing the Combined Output Database File
Combining Output from Substructures
Combining Data for Models with More than Two Substructures
Customizing the Combined Output Database
Recovering Results from a Substructure
Combining Data from Multiple Output Databases
Data Not Included in Combined Output Databases
Network Output Database File Connector
Mapping Thermal and Magnetic Loads
Element Matrix Assembly Utility
Translating Nastran Data to Abaqus Files
Converting Nastran Bulk Data in Text Files to Abaqus Input Files
Converting Nastran DMIG Matrix Data in Bulk Data Text Files to an Abaqus Binary SIM File
Converting Nastran DMIG Matrix Data in Output2 Binary Files to an Abaqus Binary SIM File
Summary of Nastran Entities Translated
Translating Abaqus Files to Nastran Bulk Data Files
Converting an Abaqus Input File to a Nastran Bulk Data Text File
Converting Matrix Data in an Abaqus SIM File to a Nastran Bulk Data Text File
Summary of Abaqus Keywords Translated
Translating ANSYS Input Files to Partial Abaqus Input Files
Summary of ANSYS Entities Translated
Translating PAM-CRASH Input Files to Partial Abaqus Input Files
Summary of PAM-CRASH Entities Translated
Translating RADIOSS Input Files to Partial Abaqus Input Files
Summary of RADIOSS Entities Translated
Translating Abaqus Output Database Files to Nastran Output2 Results Files
Translating LS-DYNA Data Files to Abaqus Input Files
Summary of LS-DYNA Entities Translated
Exchanging Abaqus Data with ZAERO
Preparing the Abaqus Analysis Input File
Translating an Abaqus Substructure to a Simpack Flexible Body
Translating a Simpack Flexible Body to Abaqus Matrix Data
Translating an Abaqus Substructure to an EXCITE Flexible Body
Translating Moldflow Data to Abaqus Input Files
Assumptions Used to Translate the Moldflow Data for Midplane Simulations
Assumptions Used to Translate the Moldflow Data for Three-Dimensional Solid Simulations
Files Created for a Midplane Simulation
Files Created for a Three-Dimensional Solid Simulation
Preparing the Abaqus Input File for Analysis
Encrypting and Decrypting Abaqus Input Data
Specifying Additional Access Levels and Controls
Security and Support Considerations
Adding Comments to the Header of an Encrypted File
Hardware System Verification Process
Environment Settings Hierarchy
Command Line Default Parameters
System Customization Parameters
Managing Memory and Disk Resources
Resource Management Parameters
Input File Processing and data check
Parallel Processing Support for Abaqus Features
Parallel Execution on Shared Memory Computers
Parallel Execution on Computer Clusters
Parallel Execution Using GPGPU Hardware
Parallel Execution in Abaqus/Standard
Hybrid Parallelization of MPI and Threads
Parallel Execution in Abaqus/Explicit