Cyclone design
workspace.
CHECKING WORKBOOK PARITY…
Interactive engineering workspace derived from the uploaded Cyclone Design workbook. It preserves the workbook’s standard cyclone families, geometry ratios, efficiency model, three pressure-drop methods, duct-network head loss, fan power, and standard motor sizing while making assumptions and inputs reviewable.
Dimensions — Dc from √(Q ÷ Q/Dc²) for standard families, or fixed directly; other dimensions from workbook geometry ratios unless overridden.
Scaled engineering preview — selected configuration with live workbook-derived dimensions
Workbook symbols: Dc, a, b, H, h, De, B and S
Operation, separation & power — workbook equations; pressure drop by Shepherd–Lapple, Ramachandran and Casal–Benet
Pressure drop comparison — Pa at the selected operating inlet velocity
Feed particle size distribution — workbook datasets plus editable custom sieve analysis
Grade efficiency curves — η(d) follows the Cyclone workbook grade-efficiency equation
Collection summary
Flow + Power workbook network — equivalent diameter from Q and v; head loss = Pa/m × equivalent length. Critical-path defaults reproduce the Flow/Power sheets.
System total & fan sizing
Preliminary engineering calculation. Results reproduce the uploaded workbook logic and reference cases, but final equipment design must still be checked against project-specific gas properties, dust behavior, erosion and material constraints, safety requirements, fabrication details, applicable standards, and responsible engineering approval.