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Capability

OpenFOAM Foundation development tool

Model fluid flow, heat transfer and related continuum processes using the OpenFOAM Foundation development source. This entry is distinct from other OpenFOAM distributions.

Community indexedMechanical engineering

Capability details

What this helps you do

Model fluid flow, heat transfer and related continuum processes using the OpenFOAM Foundation development source. This entry is distinct from other OpenFOAM distributions.

Catalog editorial description

View description sources

editor · 2026-09-18 — Catalog classification and summary; not maintainer acknowledgement.

Research classification

Mechanical engineering

View discipline evidence

editor · 2026-09-18 — 依据原始用途对项目与核心工具提出FORD 2.3分类;属于科研任务子集,不替代开放科研网络整体定位。

Who it is for

An intended audience has not been supplied. Check the original documentation for suitability and prerequisites.

How to use it

Follow upstream guidance and source conditions.

AIPOCH has not verified execution.

Read usage documentation

Inputs

  • 计算网格、物性、边界/初始条件与求解器配置。

Outputs

  • 速度、压力、温度等选定场与模拟诊断。

Resource type

Tool

Execution guidance

community described

Read execution guidance

Access conditions

  • 固定README/COPYING均明确GPLv3或以后版本。
  • 本条是Foundation的dev仓库,不能混同其他OpenFOAM发行分支;平台和第三方构建依赖需另核,未验证工程安全结果。
  • Community indexing of this software or analysis workflow only. External models, datasets, services and third-party components have separate terms. Installation, scientific accuracy and suitability were not validated.
View usage information sources

Inputs

editor · 2026-09-18 — Catalog classification and summary; not maintainer acknowledgement.

Outputs

editor · 2026-09-18 — Catalog classification and summary; not maintainer acknowledgement.

Access conditions

editor · 2026-09-18 — Catalog classification and summary; not maintainer acknowledgement.

Documentation

editor · 2026-09-18 — Catalog classification and summary; not maintainer acknowledgement.

Sources & versions

OpenFOAM/OpenFOAM-dev
Reference role
implementation
Last successful public check
2026-09-22T08:38:10.237Z
Latest public check attempt
2026-09-22T08:38:10.237Z · ok
GitHub metrics
Stars 2,241 · checked · latest attempt 2026-09-22T08:38:10.237Z (ok)
Forks 730 · checked · latest attempt 2026-09-22T08:38:10.237Z (ok)
Latest default-branch commit

127bdc5caaaab534739ce751b31b67b219807404
Observed 2026-09-22T08:38:10.237Z
Source activity check
fresh · last successful check 2026-09-22T08:38:10.237Z · latest attempt 2026-09-22T08:38:10.237Z (ok)
Source status
Active at last observation
License
Unknown — check the source terms
Fixed commit
31f2ebb844a030c20c88e33e6d8b729624b7fd66
Reference checked
2026-09-18

Default-branch activity is separate from the fixed reference above. Source terms apply. A fixed commit identifies content; it does not establish scientific validity.

Related research

Model fluid flow, heat transfer and related continuum processes using the OpenFOAM Foundation development source. This entry is distinct from other OpenFOAM distributions.

Research discipline Mechanical engineeringReusable outputs 1
Mechanical engineeringOpenFOAM/OpenFOAM-dev
Added Change observed by
GitHub · OpenFOAM/OpenFOAM-devStars 2.2KForks 730

Claims & evidence

No maintainer acknowledgement or scientific validation is recorded for this entry. Community indexing only describes its inclusion in this catalog.

Continue the conversation

Research questions and code contributions belong with the original project. Catalog corrections can be proposed separately.

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