Thermodynamics ZTC Zero Textbook Cost

Catalog description

This course provides an understanding of thermodynamic and fluid flow principles, emphasizing their application to systems, particularly in nuclear power plant operations. Topics include thermodynamic properties, measurements, systems and processes, phase change, property diagrams, laws of thermodynamics, compression processes, heat transfer and heat exchange, boiling heat transfer, heat generation, decay heat, continuity equation, types of flow, Bernoulli equation, and pumps. The course includes laboratory work using a Generic Pressurized Water Reactor (PWR) simulator. This simulator provides hands-on experience with the circulating water system, steam generator heat balance, main and reheat systems, overall plant efficiency, flux distribution, decay heat production, and load rejection. Based on a real operating unit, this web-based simulator is thoroughly tested and verified to perform plant maneuvers realistically and accurately. By the end of the course, students are able to analyze thermodynamic processes in closed and open systems to identify the optimal or most efficient use of energy resources. Note, the PWR simulator utilizes specific technologies that may present accessibility challenges for individuals with disabilities. Accessibility inquiries can be directed to the department chair. View Sample Syllabus