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It is an interactive knowledge-base of thermodynamic data. Thermodynamic system properties are computed stepwise, starting with the intensive property tables (e.g., pressure or temperature), followed by the coupled pressure-energy (enthalpy) and entropy-energy (exergy) coupled tables to allow a detailed analysis of thermodynamic system behavior. This allows a more complete analysis of the effects on a given system's performance due to changes in operating conditions and/or design alternatives during performance analysis or design trade studies. For each of these tables, there is a discussion of how they were developed and how to use them for designing systems that perform better. Computer-Aided Thermodynamic Tables 3 provides a convenient way to access a large database of thermodynamic property values. Users can enter values of one or more properties into a table and retrieve the result calculated from the properties entered. The user enters any amount of information desired as long as it is compatible with the tables and as long as it is consistent. The following property tables are included: For each property, there are three different procedures for calculating the result. In all those cases, the software guarantees that if the user input is well-defined, all results can be well-defined; if not, feedback mechanisms ensure valid results. The three procedures are:The software shows the results calculated in different ways, depending on how the user wants them presented. The user can choose among 3 different representations of the results, depending on his/her application requirements. Furthermore, users can also input tabulation data in tabular or textual form ranging from the simplest to the most complex numerical data needed for calculating results. This is made possible by using simple interfaces for specialized applications. "CompuTherm" was developed by Computershare International Ltd., which developed it in association with University of Detroit Mercy Professor John A. Cantwell, P.E., Ph.D. "CompuTherm" is trademark of Computershare International Ltd., which markets it under this name, and has received multiple awards for it including the ASME 1996 Software Award of Recognition for Innovation in Design and Manufacturing. It according to the software's website is "used by hundreds of universities around the world, hundreds of government agencies and more than 100 Fortune 1000 companies".HotLink Software Solutions Inc. had licensed "CompuTherm" from Computershare International Ltd. Since 2012, Hotlink has taken over all ongoing development needs for "CompuTherm". Upgrades are ongoing to improve existing functionality. 2004-2010 When calculating the combustion of natural gas, one of the inputs is the water density. The value for this input is 0.98 g/cm³ (or 2 slug/ft³). This was determined experimentally to be the water density at . It does not make sense to put a negative number inside a calculator, so a process called unit conversion must be used to get the correct value. Natural gas is a mixture chemically composed almost entirely of methane CH and its boiling point is . Therefore, this amount of water vapor would occupy a volume of about 24 cubic feet (0.58 m³) at , which would be equal to 0. cfa1e77820
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