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🦀 ClawHub

流体网络求解与 Agent Skill 封装

by @hhl31415

Model, solve, and analyze steady-state fluid networks using TOML input with scenario-based reliability checks and automatic Markdown reporting.

Versionv1.0.0
Downloads562
TERMINAL
clawhub install fluid-network-analyzer

📖 About This Skill

Fluid Network Analyzer Skill

Overview

Fluid Network Analyzer is a prototype industrial skill for modeling, solving, and analyzing fluid networks.

The skill supports:

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


    Capabilities

    1. Generate Network Model

    Generate a TOML network description from natural language.

    Input:

  • natural language description of a fluid system
  • Output:

  • TOML network definition

  • 2. Solve Fluid Network

    Solve steady-state pressure and flow distribution.

    Input:

  • TOML network file
  • scenario name
  • Output:

  • node pressures
  • branch flows
  • velocities
  • pressure drops

  • 3. Scenario Analysis

    Analyze system reliability under different operating conditions.

    Input:

  • network model
  • scenario definition
  • Output:

  • connectivity analysis
  • flow path analysis
  • load functionality check
  • Markdown analysis report

  • Example Use Case

    User request:

    Design a fluid network with one source and two loads.

    Agent workflow:

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


    Outputs

    The skill can generate:

  • node pressure tables
  • branch flow results
  • load functionality analysis
  • connectivity paths
  • Markdown scenario reports
  • Example reports:

  • report_normal.md
  • report_valve_closed.md

  • Intended Use

    This skill can be used for:

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

  • License

    MIT-0