A Design Platform Powered by AI
Calculation of Glaser diagram (static conditions), thermal displacement and periodic thermal transmittance (dynamic conditions) according to EN ISO 13788 - EN ISO 13786
Building physics python library
Heat pump optimisation for Home Assistant & MQTT — learns per-room thermal parameters from passive observation to optimise flow temperature, weather compensation, zoning and scheduling.
EN ISO 13788:2013 Glaser method implemented in Octave
Engineering-grade HVAC heat-loss and hydronic calculation engine in Python. Topology-driven fabric model Qf and Qv physics and observer-only GUI architecture. Colebrook and White Proportioning
Thermal is a simple physics library, performing heat transmittance & condensate calculations.
Local MCP server that lets AI assistants run Radiance lighting simulations on your own models. Annual daylight with 2-, 3- and 5-phase methods and BSDFs, LM-83 sDA/ASE, EN 17037 daylight, view and sunlight, EN 12464-1 electric lighting, renders, DGP and UGR glare, IES luminaires and reproducible scripts. Installs as a Claude Code plugin.
住宅の時間別冷房負荷モデル / Repaired Colab-based educational heat-balance model
A multi-physics simulator for the should-I-upgrade-my-home decision: annual bills and CO2 from your envelope, HVAC, water heater, solar and EV, with 14 upgrades ranked by 25-year IRR after IRA tax credits.
Interactive visualization of indoor thermal comfort according to the Swiss standard SIA 180:2014.
Physics-informed thermal comfort (ISO 7730 PMV/PPD) + grey-box building model + grid demand-response MPC for commercial HVAC, with a production safety layer
Same brick, same insulation, same U-value: three insulation positions, how long until the room air reaches 18 C (finite volumes + independent Laplace check)
33 agent-ready engineering skills (SKILL.md) for DACH building design — Eurocodes, GEG/LBO, building physics, fire protection, BIM/IFC and FreeCAD — plus a verified FreeCAD BIM example model. Agent-neutral: works with OpenCode, Claude Code, Codex, Cursor.
wall-ctf (CATI) - Conduction Transfer Function coefficients for multilayer walls (Z-transform / Mitalas-Stephenson method)
Interaktive Web-App zur Darstellung eines Mollier h,x-Diagramms für feuchte Luft. Läuft vollständig im Browser, kein Backend erforderlich.
Just my beamer presentation for my bachelor thesis
Measuring how a house or flat actually behaves thermally - consumer sensors, open-source calibration, and the analysis that turns them into building physics.
To associate your repository with the building-physics topic, visit your repo's landing page and select "manage topics."