Refrigerant Enthalpy & Cycle Calculator

Calculate vapor compression cycle performance using refrigerant properties (R134a, R410A, R32, R290, R744). COP, mass flow rate, compressor discharge temperature from P-h diagram states for design and fault diagnosis.

2D stress state at a point. All stresses in MPa.

σx — Normal Stress X (MPa)
σy — Normal Stress Y (MPa)
τxy — Shear Stress (MPa)
⚙ Mechanical Note: Results are based on standard textbook formulas and ISO/AASHTO references. Always verify critical designs with applicable codes (ISO 898, AASHTO 1993, AISC, Eurocode 3) and a qualified engineer.
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How It Works

Calculate vapor compression cycle performance using refrigerant properties (R134a, R410A, R32, R290, R744). COP, mass flow rate, compressor discharge temperature from P-h diagram states for design and fault diagnosis

Each component has a specific meaning:

  • Refrigerant properties (R134a — The refrigerant properties (r134a recorded for the patient or scenario being assessed.
  • R410A — The r410a recorded for the patient or scenario being assessed.
  • R32 — The r32 recorded for the patient or scenario being assessed.
  • R290 — The r290 recorded for the patient or scenario being assessed.
  • R744) — The r744) recorded for the patient or scenario being assessed.

Note: Interpret the refrigerant enthalpy result against the clinical thresholds and context described above.

How to Use

Enter the refrigerant properties (R134a, R410A, R32, R290, R744) for the patient or scenario you are assessing. Calculate vapor compression cycle performance using refrigerant properties (R134a, R410A, R32, R290, R744). COP, mass flow rate, compressor discharge temperature from P-h diagram states for design and fault diagnosis. Use the refrigerant enthalpy result to inform your clinical assessment.

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