Compilations of experimentally determined thermodynamic data for various substances are essential resources in engineering and scientific disciplines. These resources typically present properties such as enthalpy, entropy, internal energy, and specific volume as functions of temperature and pressure. For example, one might consult such a resource to find the saturation pressure of water at a given temperature.
Access to reliable thermodynamic data facilitates accurate calculations in diverse applications, from designing efficient power cycles and refrigeration systems to modeling chemical reactions and phase transitions. Historically, these data were meticulously compiled and presented in printed volumes. While digital databases have largely supplanted printed tables, the underlying importance of accurate and accessible thermodynamic data remains unchanged. Their use enables engineers and scientists to predict and optimize system behavior, leading to improved designs and greater understanding of physical phenomena.
