Single-transition Enthalpy Balance

How to use Single-transition Enthalpy Balance

Convert the initial temperature and phase fraction to specific enthalpy, add the supplied energy per mass and invert the monotone solid/plateau/liquid model. Report the signed sensible and latent energy changes separately.

1. Use the example as the schema; replace its labels and entered model assumptions.
2. Convert the initial temperature and phase fraction to specific enthalpy, add the supplied energy per mass and invert the monotone solid/plateau/liquid model. Report the signed sensible and latent energy changes separately.
3. Calculate, inspect the complete witnesses and limitations, then copy or download the JSON report.

Good to know

• Positive mass in kg, heat capacities in J/(kg K) and latent heat in J/kg. Temperatures and final temperature are 0–1,000,000,000 K; signed added energy is at most 1,000,000,000 J. All quantities are decimal strings with six places.
• Below the transition the initial liquid fraction must be 0; above it must be 1; at the transition supply 0–1 explicitly. One pure-material transition and constant entered properties only: no vaporization, heat loss, kinetics, supercooling or real-material safety advice.
• Local calculation with no upload, input persistence or outside lookup. Model JSON is limited to 30,000 characters and 10,000 values. Decimal quantities are strings with up to six places; count fields use plain JSON integers. Exact fractions are capped at 8,192 bits. The complete JSON output is limited to 1,000,000 characters; approximate numbers preserve their stored values. Unsupported states fail explicitly.