pyfluent-vortex-sop
规范化短程瞬态仿真流程，便于在可重复工况下批量运行实验。
需要本地 ANSYS Fluent 及相应许可，且对版本敏感。
为二维圆柱绕流（卡门涡街）提供 ANSYS Fluent 的端到端自动化 SOP。
把二维圆柱卡门涡街在 ANSYS Fluent 2025 R1 上从方案、几何（SpaceClaim + PyGeometry）、网格、瞬态求解到后处理（FFT、Cl/Cd、Strouhal）端到端自动化运行。适用于 Re 47–180 的涡街仿真需求，或需要可重复 SOP 的研究与批量仿真实验。特别在于全流程 API 驱动、面级命名选择和 GUI 实时反馈，完全避免命令行交互，方便复现与验证。
▸ 展开 SKILL.md 英文原文
Full-pipeline automated CFD simulation of 2D cylinder vortex street (Karman vortex) in ANSYS Fluent 2025 R1. Covers all 5 stages: case design → geometry (SpaceClaim + PyGeometry) → meshing (watertight workflow) → solving (transient laminar) → post-processing (FFT, Cl/Cd, Strouhal). Re range 47-180. Use when user asks to run a cylinder vortex simulation, "圆柱绕流", "卡门涡街", "CFD simulation", "涡街仿真", "run Fluent simulation", or mentions executing the vortex SOP template. All stages are API-driven with GUI visible for real-time feedback. Zero TUI usage.
帮我安装这个 skill：https://raw.githubusercontent.com/JAY-095/marvis-skills/main/skills/pyfluent-vortex-sop/SKILL.mdcurl -fsSL "https://raw.githubusercontent.com/JAY-095/marvis-skills/main/skills/pyfluent-vortex-sop/SKILL.md"# PyFluent Vortex SOP — 圆柱绕流卡门涡街全流程自动化 ## Overview 5-stage automated pipeline for 2D laminar vortex street simulation (Re 47-180). ``` Stage 0: 模拟方案设计 → 参数计算、工况输出 Stage 1: 几何创建 → SpaceClaim + PyGeometry, 面级 Named Selections Stage 2: 网格划分 → Watertight Workflow, Poly-Hexcore Stage 3: 求解 → Transient Laminar, PISO, Force Monitors Stage 4: 后处理 → FFT, Cl/Cd plots, Strouhal validation ``` ## Prerequisites ``` Python: F:\AI-DATA\PyFluent\venv\Scripts\python.exe ANSYS: D:\ANSYS Inc\v251 (AWP_ROOT251) Project: F:\AI-DATA\PyFluent\projects\cylinder_vortex\ ``` Dependencies (in venv): `ansys-geometry-core`, `ansys-fluent-core`, `numpy`, `matplotlib`, `scipy` ## Quick S