isentropic flow calculator

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Updated & refreshed content:

Updated & refreshed content:

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const machInput = document.getElementById(“mach”); const resultDiv = document.getElementById(“result”); function calculateIsentropic() { const gamma = 1.4; // Specific heat ratio for air const M = parseFloat(machInput.value) || 0; if (M <= 0) { resultDiv.innerHTML = `Pressure Ratio (P/P₀): —
Temperature Ratio (T/T₀): —
Density Ratio (ρ/ρ₀): —`; return; } const tempRatio = 1 + ((gamma – 1) / 2) * M * M; const pressureRatio = Math.pow(tempRatio, gamma / (gamma – 1)); const densityRatio = Math.pow(tempRatio, 1 / (gamma – 1)); const P_P0 = (1 / pressureRatio).toFixed(4); const T_T0 = (1 / tempRatio).toFixed(4); const rho_rho0 = (1 / densityRatio).toFixed(4); resultDiv.innerHTML = ` Pressure Ratio (P/P₀): ${P_P0}
Temperature Ratio (T/T₀): ${T_T0}
Density Ratio (ρ/ρ₀): ${rho_rho0} `; } // Event tracking + calculation machInput.addEventListener(“input”, () => { calculateIsentropic(); if (typeof gtag === “function”) { gtag(‘event’, ‘input_change’, { ‘event_category’: ‘IsentropicFlowCalculator’, ‘event_label’: ‘MachNumberChanged’ }); } }); machInput.addEventListener(“focus”, () => { if (typeof gtag === “function”) { gtag(‘event’, ‘input_focus’, { ‘event_category’: ‘IsentropicFlowCalculator’, ‘event_label’: ‘MachNumberInput’ }); } });

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