Execution Procedures

This section describes using the abaqus command to run Abaqus.

• Obtaining Information
• Abaqus/Standard and Abaqus/Explicit Execution
• SIMULIA Co-Simulation Engine Director Execution
• Abaqus/Standard, Abaqus/Explicit, and FMU Co-Simulation Execution
• SIMULIA Co-Simulation Engine FMU Execution
• Abaqus/CAE Execution
• Abaqus/Viewer Execution
• Optimization Execution
• Python Execution
• Parametric Studies
• Abaqus Documentation
• Licensing Utilities
• ASCII Translation of Results (.fil) Files
• Joining Results (.fil) Files
• Querying the Keyword/Problem Database
• Fetching Sample Input Files
• Making User-Defined Executables and Subroutines
• Analysis Database Redistributor
• Output Database Upgrade Utility
• SIM Database Utilities
• Translating ODB Output Database Files to SIM Format
• Generating Output Database Reports
• Joining Output Database (.odb) Files from Restarted Analyses
• Combining Output from Substructures
• Recovering Results from a Substructure
• Combining Data from Multiple Output Databases
• Network Output Database File Connector
• Mapping Thermal and Magnetic Loads
• Element Matrix Assembly Utility
• Translating Nastran Data to Abaqus Files
• Translating Abaqus Files to Nastran Bulk Data Files
• Translating ANSYS Input Files to Partial Abaqus Input Files
• Translating PAM-CRASH Input Files to Partial Abaqus Input Files
• Translating RADIOSS Input Files to Partial Abaqus Input Files
• Translating Abaqus Output Database Files to Nastran Output2 Results Files
• Translating LS-DYNA Data Files to Abaqus Input Files
• Exchanging Abaqus Data with ZAERO
• Translating an Abaqus Substructure to an MSC.Adams Flexible Body
• 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
• Encrypting and Decrypting Abaqus Input Data
• Job Execution Control
• Hardware System Verification Process