メニュー
Provide mesh quality advice and element selection guidance
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Domain-specific knowledge and Q&A for various engineering fields
Diagnose and fix Abaqus convergence issues
Generate Abaqus .inp files from natural language or templates
Geotechnical boundary conditions, initial conditions, and loading for Abaqus
Geotechnical constitutive model selection and parameter calibration for Abaqus
Excavation, tunneling, and staged construction simulation in Abaqus
| name | mesh-advisor |
| version | 1.0.0 |
| description | Provide mesh quality advice and element selection guidance |
| description_cn | 提供网格质量建议和单元选择指导 |
| triggers | ["mesh","element","网格","单元","划分"] |
| priority | P1 |
| dependencies | [] |
| author | AbaqusGPT Team |
| tags | ["mesh","element","preprocessing"] |
Provide expert guidance on mesh quality, element type selection, and mesh refinement strategies for Abaqus simulations.
为 Abaqus 仿真提供网格质量、单元类型选择和网格细化策略的专家指导。
Element Type Selection | 单元类型选择
Mesh Quality Assessment | 网格质量评估
Refinement Strategies | 细化策略
# Get element recommendation
abaqusgpt mesh recommend --analysis-type static --geometry shell
# Analyze mesh quality
abaqusgpt mesh quality path/to/model.inp
from abaqusgpt.skills.mesh_advisor import MeshAdvisorSkill
skill = MeshAdvisorSkill()
result = skill.execute({
"query_type": "element_recommendation",
"analysis_type": "static",
"geometry_type": "shell"
})
| Key | Type | Required | Description |
|---|---|---|---|
query_type | str | Yes | "element_recommendation" or "quality_check" |
analysis_type | str | No | Analysis type (static, dynamic, thermal, etc.) |
geometry_type | str | No | Geometry type (solid, shell, beam, etc.) |
inp_path | str | No | Path to .inp file for quality check |
{
"status": "success",
"recommendations": [
{
"element": "C3D8R",
"suitability": "high",
"reason": "适合大变形静力分析"
}
],
"warnings": [...],
"alternatives": [...]
}
shared-references/element-catalog.mdshared-references/mesh-guidelines.md