1. Friction: The Hidden Cost of Interstitial Condensation
Traditional design heuristics fail to account for dynamic Magnus vapour pressure deviations across multi-layer enclosures. When surface condensation resistance drops below normative thresholds (f_Rsi < 0.70), structural mould risk accelerates exponentially. In modern prefabricated timber I-joist cassettes, unchecked interstitial moisture degrades mechanical shear strength, causing silent catastrophic decay long before physical signs breach interior finishes.
2. The Deterministic Mechanism & Safety Blocking Rule
The platform implements strict ISO standards without empirical curve-fitting:
- Normative Magnus Equation (EN ISO 13788): Continuous saturation vapour pressure across water and ice phases.
- Dynamic 12-Month Glaser Simulation: Monthly moisture balance validation with drying phase verification.
- 2D Finite Difference Numerical Solver (EN ISO 10211): Resolves multidimensional thermal bridge conductances.
IF (COND > 0 kg/m² AND s_d < 20m AND exterior_ventilation == false) {
EMIT_ENGINEERING_LOCKOUT("CRITICAL_HYGROTHERMAL_FAILURE");
HALT_STRUCTURAL_SIGN_OFF();
}
3. Machine-to-Machine Integration & Model Context Protocol (MCP)
Designed for automated A2A integration, the platform exposes sub-20ms REST endpoints alongside native Stdio Model Context Protocol (MCP) tools: calc_u_value and calc_thermal_bridge_2d. Autonomous engineering agents can query, test, and emit certified ISO 16739-1 (IFC4) STEP BIM models without human intervention.
