Similar to the last segment, the goal in this brief segment is to continue the Segment 1 Study of Enthalpy and Entropy Topics CEM, FE, PE, and manyĪ better understanding of the thermodynamics component of heat relatedĪ compact and simplified thermodynamics desk reference. Of various certification and licensure exams, i. Skills and preparation necessary for succeeding in thermodynamics portion Greater confidence in interactions with thermodynamics design engineers What readers can gain from this text:īetter understanding of thermodynamics terms, concepts, principles, laws,Īnalysis methods, solution strategies and computational techniques. Some of the Greek symbols, used in the realm of thermodynamics, are listed The desired unit system through the use of unit conversion factors in Appendix Two unit systems, the given data and the final results can be transformed into When the problems or numerical analysis are based on only one of the Problems in this text are premised on either the SI unit realm or the US unit Certain numerical examples, case studies or self-assessment Procedures covered in this text are premised on US/Imperial Units as well as Most thermodynamic concepts, principles, tables, graphs, and computational In addition,įor the reader’s convenience, units for commonly used thermodynamicĮntities, and some conversion factors are listed under Appendix C. Procedures covered in this text are punctuated with proper units. Therefore, most thermodynamic concepts, principles and computational The engineering concepts, principles, equations and analytical techniques. Most engineers understand the role units play in definition and verification of (Enthalpy-Entropy) diagrams are included in Appendix B. The answersĪnd solutions, for the questions and problems, are included under Appendix Aįor reference and computational purposes, steam tables and Mollier Reader is encouraged to attempt these problems and questions. Self-assessment, skill building and knowledge affirmation purposes. Realms, on certain complex topics, to facilitate comprehension of the relativelyĪbstract thermodynamic concepts and principles.Įach segment in this text concludes with a list of questions or problems, for Thermodynamics, analogies are drawn from non-mechanical engineering In an effort to clarify some of the thermodynamic concepts effectively forĮnergy engineers whose engineering education focus does not include Opportunity to keep their thermodynamics knowledge current. Whose current area of engineering specialty does not afford them the Text can serve as a “brush-up” or review tool for even mechanical engineers Bobby Rauf, P., CEM, MBA Thermodynamics Fundamentals Series © com Thermodynamics Basics – Enthalpy, Entropy, Molliers Diagram and Steam Tables © By S. Bobby Rauf, P., CEM, MBA Cont inuing Educat ion and Dev elopm ent, I nc. Thermodynamics Basics: Enthalpy, Entropy, Mollier Diagram and Steam Tables Course No: M08- Credit: 8 PDH S.
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