While highly cost-effective, the calculator makes specific assumptions that users must manually correct for real-world accuracy: Single Phase Assumption
You assume all liability for engineering decisions made using this tool. Always verify critical safety distances with licensed professional engineers and certified flare simulation software for final design. This calculator is for preliminary screening only.
In the high-stakes world of industrial fire safety and chemical engineering, understanding thermal radiation is non-negotiable. Whether you are designing a flare stack for a petrochemical plant, assessing the safety distance for a LNG storage facility, or conducting a hazard analysis for a oil refinery, one tool has remained a gold standard for decades: . Duke Power Heat Flux Calculator Download
The calculator was a software tool—likely a Fortran-based or spreadsheet-driven utility—used to compute heat flux limits in pressurized water reactor (PWR) fuel assemblies. It applied correlations derived from experimental CHF data, such as the or Duke’s own modified versions, to determine whether a fuel rod would experience boiling crisis under given operating conditions.
Though it is a DOS-based program, it is known to function on most Windows PCs. In the high-stakes world of industrial fire safety
: Offers a direct download link for the ZIP file along with a guide on required inputs. Macron Safety
Users should be aware that this tool is a simplified model and carries specific engineering assumptions: Duke Power Heat Flux Calculator - Arc Flash It applied correlations derived from experimental CHF data,
: Prompts for supply voltage and alerts the user if the voltage is insufficient to sustain an arc. Input Parameters : Requires five key data points: Available Fault Current (Amps). Arc Gap (distance between differing potentials). Supply Voltage . Distance from the arc to the receiving surface (inches).