HVACLogic | Deterministic Building Science & HVAC Engineering

Building High-Performance Reactive SVG Visualizers in Next.js 15 Without Heavy Charting Libraries
Why we replaced heavy charting packages with zero-dependency, reactive SVG mathematics in Next.js 15, slashing 280kB of JavaScript and boosting Interaction to Next Paint.
Sep 13, 20267 min read4
Modeling Zeotropic Refrigerant Temperature Glide & Mass Addition in Pure TypeScript
How to model non-linear zeotropic refrigerant glide (R-454B/R-32) and line-set mass addition in pure TypeScript with zero external dependencies.
Sep 11, 20266 min read
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HVACLogic Engineering & Building Science
3 posts
Open-access engineering research and deterministic calculation frameworks for building science, fluid dynamics, and HVAC electrification. Published by the HVACLogic Open Engineering Group with 100% client-side, zero-database physics engines. Canonical: https://hvaclogic.org
Why We Chose 100% Client-Side Computation for Engineering Calculators (Zero Database, Zero Tracking)
How we architected an open engineering suite to run heavy thermodynamic and aerodynamic physics in pure client-side TypeScript with zero database and total privacy.
Sep 9, 20267 min read

HVACLogic | Deterministic Building Science & HVAC Engineering