building-physics

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

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.

Thermal is a simple physics library, performing heat transmittance & condensate calculations.

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

Server of the Smart home framework

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.

wall-ctf (CATI) - Conduction Transfer Function coefficients for multilayer walls (Z-transform / Mitalas-Stephenson method)

Tool zur Berechnung der Temperatur- und Dampfdruckverläufe im stationären Zustand. Integrierte Materialdatenbank und Speichern modellierter Bauteile.

Just my beamer presentation for my bachelor thesis

Small FEM software with graphical interface to define geometry and solve the heat and helmholtz equation

Thermal RC model that simulates why an apartment stays hot in the evening during a heatwave. Python, Open-Meteo, Matplotlib, Streamlit.