Analyzer Nozzle

The tool analyzes nozzle performance by ingesting geometric and flow properties and outputs metrics: Reynolds number, velocity, volumetric and mass flow, and, if enabled, Mach number for compressible flows. It supports both simple incompressible and advanced compressible modes, using standard fluid dynamics relationships to estimate quantities from user-provided inputs. Conceptually, the tool treats the nozzle as a single orifice with defined diameter and cross-sectional area, applying governing equations to relate pressure head to flow and properties to velocity. Beneficiaries include design engineers, test labs, and R&D groups who need fast, transparent estimates to guide geometry changes, material choices, and operating conditions. Its unique value lies in integrated multi-field inputs, automatic unit consistency, and optional compressible-mode calculations that produce comparable metrics across designs in seconds. Core features include area calculation, Reynolds number, velocity, volumetric and mass flow, and optional Mach and outlet pressure estimates. Use cases cover cooling systems, spray nozzles, fuel injectors, and inkjet-like devices where quick design exploration is needed.