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airpocket-soundman/airpocket-simulation-studio

Developer tools

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0 stars 품질 49 트렌드 20NOASSERTION

Browser-based multiphysics simulation studio / 構造・熱・流体・音響解析アプリ(開発中)

개요

Load a STEP or STL model, pick regions directly on the 3D view, and run structural, thermal, fluid, vibration and acoustic simulations locally. Meshing and solving run in your browser (Web Worker + WASM). Your model data is not uploaded. - https://airpocket-soundman.github.io/airpocket-simulation-studio/?lang=en - https://airpocket-soundman.github.io/airpocket-simulation-studio/development.html?lang=en Each tile is a result produced by the app itself from its built-in demo models. Solver engines: the in-house Tet4 solvers (CPU, with experimental WebGPU plus CPU correction for structure) and an independent engine for structure, so results can be cross-checked. This is an engineering aid, not a certified solver. Read the limits before relying on a number. - Stokes flow only: Re ≤ 0.1, external box domains, up to 2,000 nodes / 8,000 tetrahedra. No inertia or turbulence. - STL meshing: one closed, outward-facing, convex shell, up to 2,000 triangles. No automatic repair.

README

원문 README의 일부입니다. 원문 보기.

airpocket Simulation Studio

日本語

A browser-based CAE workbench. Load a STEP or STL model, pick regions directly on the 3D view, and run structural, thermal, fluid, vibration and acoustic simulations locally. Meshing and solving run in your browser (Web Worker + WASM). Your model data is not uploaded.

  • Open the app:
  • Development board:

What it can do

Each tile is a result produced by the app itself from its built-in demo models.

Structural — linear elasticity, prescribed displacement, thermal stress, J2 plasticity, Neo-Hookean rubber Thermal — steady and transient conduction, convection, radiation, contact resistance
Natural vibration — mode shapes and frequencies Acoustics — frequency-domain and transient, exterior radiation, directivity, WAV output
Fluid — Stokes flow around a sphere (half section) Channel flow — developed laminar speed profile

Animated versions: structural (GIF) · modal (GIF) · transient acoustics (GIF) · Stokes flow (GIF) · WebM clips are in docs/media.

Feature overview

Area Support
Geometry STEP and built-in shapes; closed single convex STL volume meshes. Select whole CAD faces, planar rectangles, cylindrical patches, or triangles
Structure Linear elasticity, prescribed displacement, thermal stress, small-strain J2 plasticity, compressible Neo-Hookean, S–N fatigue screening, brittle-fracture screening
Thermal Steady/transient conduction, convection, radiation, planar contact resistance
Fluid Steady 3D low-Reynolds Stokes flow (P1 and Taylor–Hood P2/P1), internal fluid extraction from CAD, developed laminar channel flow
Vibration / acoustics Frequency-domain and transient acoustics, natural modes, one-way vibration-to-sound coupling, exterior radiation and directivity
Meshing Local and adaptive refinement with convergence diagnostics
Results Section views, probes, case comparison, PNG/animation export
Materials Built-in library including 91 published polymer records, with temperature/rate/direction dependence and orthotropic data
Automation MCP server and a dedicated skill so an AI agent can drive the same operations
Printing 3MF / G-code import and layer inspection (experimental)
GitHub에서 전체 README 보기

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