Fluid Network Analyzer Skill\r

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Overview\r

\r Fluid Network Analyzer is a prototype industrial skill for modeling, solving, and analyzing fluid networks.\r \r The skill supports:\r \r

• TOML-based network modeling\r
• Steady-state pressure and flow solving\r
• Scenario-based system analysis\r
• Connectivity and flow path analysis\r
• Automatic Markdown report generation\r \r This skill is designed to be used by AI agents to assist engineers in fluid network design and reliability analysis.\r \r ---\r \r

Capabilities\r

\r

1. Generate Network Model\r

\r Generate a TOML network description from natural language.\r \r Input:\r

• natural language description of a fluid system\r \r Output:\r
• TOML network definition\r \r ---\r \r

2. Solve Fluid Network\r

\r Solve steady-state pressure and flow distribution.\r \r Input:\r

• TOML network file\r
• scenario name\r \r Output:\r
• node pressures\r
• branch flows\r
• velocities\r
• pressure drops\r \r ---\r \r

3. Scenario Analysis\r

\r Analyze system reliability under different operating conditions.\r \r Input:\r

• network model\r
• scenario definition\r \r Output:\r
• connectivity analysis\r
• flow path analysis\r
• load functionality check\r
• Markdown analysis report\r \r ---\r \r

Example Use Case\r

\r User request:\r \r Design a fluid network with one source and two loads.\r \r Agent workflow:\r \r

1. Generate TOML network model\r
2. Run solver to compute pressures and flows\r
3. Run scenario analysis\r
4. Generate Markdown report\r \r ---\r \r

Outputs\r

\r The skill can generate:\r \r

• node pressure tables\r
• branch flow results\r
• load functionality analysis\r
• connectivity paths\r
• Markdown scenario reports\r \r Example reports:\r \r
• report_normal.md\r
• report_valve_closed.md\r \r ---\r \r

Intended Use\r

\r This skill can be used for:\r \r

• hydraulic system analysis\r
• industrial piping network analysis\r
• digital twin simulations\r
• AI-assisted engineering design\r \r ---\r \r

License\r

\r MIT-0