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Building physics python library
Calculation of Glaser diagram (static conditions), thermal displacement and periodic thermal transmittance (dynamic conditions) according to EN ISO 13788 - EN ISO 13786
EN ISO 13788:2013 Glaser method implemented in Octave
Heat pump optimisation for Home Assistant & MQTT — learns per-room thermal parameters from passive observation to optimise flow temperature, weather compensation, zoning and scheduling.
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.
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.
Платформа поддержки инженерных решений в строительстве: климатический паспорт площадки по координатам, подбор конструкций, стоимость владения и проверка теплотехнических нормативов
Heatwave deaths happen indoors. ThermoGuard forecasts per-home indoor heat with 2R-2C building twins and hybrid physics+ML, scores mortality risk, and triages cooling resources with an equity floor.
住宅の時間別冷房負荷モデル / Repaired Colab-based educational heat-balance model
Tool zur Berechnung der Temperatur- und Dampfdruckverläufe im stationären Zustand. Integrierte Materialdatenbank und Speichern modellierter Bauteile.
Just my beamer presentation for my bachelor thesis
Same brick, same insulation, same U-value: three insulation positions, how long until the room air reaches 18 C (finite volumes + independent Laplace check)
Measuring how a house or flat actually behaves thermally - consumer sensors, open-source calibration, and the analysis that turns them into building physics.
Local MCP server for LEED v4.1 BD+C daylight and quality views calculations with Radiance
Interactive 3D sun path, shadow and solar irradiance analysis for teaching environmental design — one HTML file, runs in the browser.
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.
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