Heat transfer and temperature

Lumped or low-dimensional thermal models with explicit properties.

material conductivity, geometry, temperature difference → heat flow, thermal resistance

area, temperature difference, stated heat-transfer coefficient → heat flow, coefficient sensitivity

surface temperatures, emissivity, area, view-factor assumption → net radiative power

thermal resistances, heat sources, boundary temperatures → node temperatures, heat flows

device losses, ambient, junction limit, interface resistances → required sink resistance, margin

mass, heat capacity, start/end temperature, heater losses → energy, heat-up time

thermal mass, conductance, ambient, initial temperature → cool-down curve, target time

flow rates, heat capacities, temperatures, UA or effectiveness → duty, outlet temperatures

conductivities, areas, boundary temperatures, target heat loss → heat leak, thickness sensitivity

material expansions, lengths, temperature range → gap range, interference screening

mass, latent heat, temperature path, power → stored energy, transition time

heat load, allowed air rise, air properties → airflow requirement, idealized temperature rise

load, temperature lift, calibrated device curves, sink resistance → power demand, achievable temperature range