Evaluate bench-scale fire toxics against real-scale fires with a practical, data-driven framework.
This work lays out the logical basis for validating bench-scale toxicity tests and shares early data from a coordinated study. It explains how toxicity, gas yields, and fire behavior relate across scales, using real-scale room fires and materials like Douglas fir, polyurethane foam, and PVC.
In clear terms, the book shows how researchers compare bench- and real-scale results, identifies where results align, and explains why some differences occur. It also discusses how to apply toxic potency concepts to practical fire safety analysis, not just lab results. The text includes guidance on modeling exposure, converting gas yields to meaningful units, and thinking about how CO and other gases influence hazard assessments.
- How bench-scale tests map onto real-scale fire outcomes for toxicity and hazard.
- Methods for comparing gas yields, toxicants, and death types across scales.
- Practical formulas and concepts, including the idea of a relative FED and corrected LC50.
- Examples from real-scale tests and bench-scale methods using common materials.
Ideal for readers of fire safety science and engineers who need a validated, scalable approach to fire toxicity data.