This course provides a comprehensive study of fluid mechanics, covering the fundamental properties of fluids, fluid statics, dynamics, and machinery. By the end of the course, I was able to describe the nature of fluids and define key properties such as viscosity and pressure along with an understanding of buoyancy and object stability, both for floating and submerged objects. The course emphasized the principles of fluid dynamics, particularly in pipes and fittings, and taught me how to apply the conservation of energy (Bernoulli’s equation) and mass to fluid flow systems. I became proficient in calculating friction losses in pipe systems, including configurations such as series, parallel, and networks while addressing specific industrial challenges, such as open-channel flow, cavitation, water hammer, drag, lift, and forces in pipes. This allowed me to analyze system requirement and determine pump types and sizes need to mee the specifications.
MET330-Test-1-Joe-MunozMET330-Test-2-Joe-Munoz
MET330-Test-3-Joe-Munoz
MET330-FINAL-EXAM-JOE-MUNOZ