While other principles address the issues associated with high pressure and force, Bernoulli's Principle asserts that fast moving air creates lower pressure than slow moving air. Bibliography lists 5 sources. The beginnings of chaos theory are discussed briefly, citing scientists who initially made discoveries and fostered the study of chaos, e.g., Lorenz, Mandelbrot. Bibliography lists 6 sources. A 9 page overview of engineering thermodynamics with coverage of the topics of ideal verses actual gases, energy analysis of open and closed systems, internal combustion engines, gas turbines, refrigeration and air conditioning systems, fluid flow in nozzles and turbomachinery, and heat transfer and heat exchangers.
Bibliography lists a number of sources.
A 10 page overview of fluid dynamics. Includes a discussion on Fluid Statics including Viscousity,Surface Tension, Vapor Pressure, and compressibility as well as other topics which are pertinent to fluid dynamics. Discusses the importance of fluid dynamics in biological and mechanical systems. Bibliography lists 8 sources. The writer details the nature of thermodynamics, the ideal gas and its theoretical applications, the laws of thermodynamics, classical thermodynamics, and practical applications.