OPENFOAM ENGINEERING WORKSPACE · PUBLIC BETA

OpenFOAM intelligence for real simulation work.

Plan a case, prepare a structured review, investigate solver evidence and move into the Abecator AI CFD Assistant with the OpenFOAM context already organized.

Open Visual Multi-Block Editor →Build a case brief

Visual multi-block meshingblockMeshDict exportCase planningDiagnosticsVerification

Use non-confidential information only. This workspace does not run OpenFOAM or certify a simulation.

foamai / case

01define engineeringObjective

02select distribution + version

03review physics + boundaries

04inspect mesh + numerics

05verify conservation + sensitivity

ENGINEER REMAINS IN CONTROLEvidence → assumptions → next checks

CHOOSE THE OPENFOAM JOB

One specialist environment. Seven engineering workflows.

Start with the task you need to complete. FoamAI packages the context and opens the relevant Abecator assistant workflow.

LIVE01

Visual Multi-Block Editor

Draw and split blocks, move split lines, assign patch boundaries, validate conformity and export a complete blockMeshDict.

Open the visual editor → LIVE02

Build a Case Brief

Organize distribution, physics, solver family, turbulence, meshing and required outputs before editing dictionaries.

Start the guided brief → LIVE03

Review Dictionaries

Inspect files from 0, constant and system with deterministic checks and optional AI review.

Open Dictionary Reviewer → LIVE04

Debug a Run

Parse fatal errors, Courant-number spikes, continuity growth, bounding warnings and solver breakdown.

Open Solver Log Analyzer → LIVE05

Plan Verification

Build checks for conservation, mesh and timestep sensitivity, physical plausibility and comparison evidence.

Create verification plan → LIVE06

Generate Case Templates

Create version-labelled, downloadable OpenFOAM skeleton files with assumptions and verification warnings visible.

Open controlled generator → LIVE07

Generate blockMeshDict

Build Cartesian, cavity, backward-step, pipe, annulus, nozzle and dam-break mesh dictionaries with controlled multi-block topology.

Open blockMeshDict Generator →

OPENFOAM CASE BRIEF BUILDER

Structure the case before asking AI to reason about it.

Complete what you know. The assistant will use the brief as starting context and identify what is missing.

ENGINEERING LIMITS

Assistance should not be confused with solver validation.

FoamAI is designed to reduce workflow friction while keeping technical responsibility visible.

CAN DO

Organize and challenge a setup

Structure the engineering objective
Review supported text configuration files
Analyse solver logs and diagnostic evidence
Identify missing checks and contradictions
Prepare verification and expert-review briefs

DOES NOT DO

Replace execution or engineering judgement

Run OpenFOAM on Abecator infrastructure
Guarantee that generated settings are correct
Inspect an entire proprietary project safely
Accept convergence as proof of validity
Certify results or assume professional responsibility

WHEN THE ACTUAL CASE NEEDS DIRECT WORK

Move from AI guidance to an OpenFOAM engineer.

For proprietary models, hands-on changes, solver development or consequential engineering decisions, continue through Abecator CFD Consulting.

Request OpenFOAM Support →