Abaqus Output

Abaqus Output Requests

Overview

Design output from the claim or acceptance gate backward. Record variable availability, position, region, frequency, and expected post-processing so the result is sufficient but not an unexplained data dump.

When to use

Use when defining or reviewing field output, history output, diagnostic output, regions, sampling frequency, or file-size controls. Use the ODB skill for read-only result extraction and an evidence audit for claim readiness.

Inputs

• Engineering quantity or acceptance gate to be tested
• Analysis procedure, element type, position, region, and step
• Required variables, sampling frequency, history points, and storage limits
• Expected post-processing keys, units, frames, and claim/evidence mapping

Outputs

Return a minimum-output table, variable availability checks, named-region and step audit, frequency rationale, expected file-size or sampling trade-off, and unverified variable or interpretation risks.

Workflow

1. Start from the quantity or claim, not a generic variable list.
2. Confirm variable availability for the procedure, element type, position, region, and step.
3. Separate full-field evidence from history monitoring and choose the minimum useful frame or increment frequency.
4. Cross-check named sets, surfaces, steps, and downstream post-processing keys.
5. Record what output configuration can establish and what still requires an ODB, physical, or engineering review.

Safety gates

• Do not add exhaustive output by default or to conceal an unclear claim.
• Do not treat variable availability as evidence that the result is correct.
• Do not alter a read-only source model or historical output request.
• Do not use output configuration to bypass boundary, material, or evidence gates.

Example prompts

Design the minimum field and history output for a synthetic displacement and contact-reaction claim. Include regions, variables, positions, frames, frequency rationale, and post-processing checks.

Common failures

• Requesting a variable unavailable for the procedure or element position.
• Sampling too sparsely to resolve a transient or contact event.
• Recording output without units, frame, region, or coordinate metadata.
• Treating a large ODB as a substitute for a clear evidence contract.

Acceptance checklist

• Each variable maps to a quantity, claim, or acceptance gate.
• Availability, region, position, step, units, and frequency are explicit.
• Full-field and history output are intentionally separated.
• Storage and post-processing risks are recorded.
• Solver completion and engineering interpretation remain separate.