pyfluent-pipeflow-sop
将常见管流计算全流程脚本化，显著节省工程师重复配置时间。
依赖商用 ANSYS/SpaceClaim 环境与本地许可证，非开放环境可用。
自动化完成 ANSYS Fluent 的管内流动仿真全流程（几何→网格→求解→后处理）。
在 ANSYS Fluent 里把管内流动仿真从几何到后处理全流程自动化，涵盖几何建模、网格、求解到摩擦因子与压降验证。适合做管道流、入口段长度或 Darcy-Weisbach 验证（Re≈100–100000）时用。能同时处理层流和湍流、输出速度剖面与验算结果，省去手工搭模和繁琐后处理。
▸ 展开 SKILL.md 英文原文
Full-pipeline automated CFD simulation of internal pipe flow (laminar/turbulent) in ANSYS Fluent 2025 R1. Covers all 5 stages: case design → geometry (2D axisymmetric SpaceClaim + PyGeometry) → meshing → solving → post-processing (friction factor, velocity profile, entrance length, pressure drop validation against Darcy-Weisbach). Supports Re 100-100000. Use when user asks to run pipe flow, "管内流动", "管道流动", "pipe flow CFD", "摩擦因子", "friction factor", "entrance length", or "fully developed flow" simulation.
帮我安装这个 skill：https://raw.githubusercontent.com/JAY-095/marvis-skills/main/skills/pyfluent-pipeflow-sop/SKILL.mdcurl -fsSL "https://raw.githubusercontent.com/JAY-095/marvis-skills/main/skills/pyfluent-pipeflow-sop/SKILL.md"# PyFluent Pipe Flow SOP — 管内流动全流程自动化 ## Overview 5-stage automated pipeline for internal pipe flow (laminar Re<2300, turbulent Re>2300). ``` Stage 0: 模拟方案设计 → 参数计算（Re, U, f, 入口段长度）, 工况输出 Stage 1: 几何创建 → 2D 轴对称矩形域, 面级 Named Selections Stage 2: 网格划分 → 结构化网格, 壁面+入口加密 Stage 3: 求解 → Steady Laminar/RANS, SIMPLE/Coupled Stage 4: 后处理 → 摩擦因子验证, 速度剖面, 入口段长度 ``` ## Prerequisites ``` Python: F:\AI-DATA\PyFluent\venv\Scripts\python.exe ANSYS: D:\ANSYS Inc\v251 (AWP_ROOT251) Project: F:\AI-DATA\PyFluent\projects\pipe_flow\ ``` ## Quick Start ```bash & F:\AI-DATA\PyFluent\venv\Scripts\python.exe scripts/stage0_config.py & F:\AI-DATA\PyFluent\venv\Scripts\python.exe scrip