Applied Fluid Movement: Pumps, Piping, Fans, and Ducts
Course Type:
Self Study
Course Number:
EL622Credits:
Language:
Unlock the fundamentals of Applied Fluid Movement: master fluid transport in piping and duct systems, pump and fan performance analysis, all at your own pace.
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Course Access
This Self Study course is designed to be taken at your convenience and on your own schedule. You have 365 days from the time of purchase to finish the course.
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This course explores the principles and applications of fluid movement in practical engineering systems. Participants examine how fluids are transported through piping, tubing, and duct networks, and analyze the performance of pumps, fans, blowers, and related components. Applications include pumping liquids through piping systems, hydraulic and pneumatic power, ventilation systems, and more. Participants learn the basic equations and concepts of fluid movement and the quantitative and qualitative analysis of pipes, tubing, and ducts coupled with pumps, fans, and blowers. Emphasis is placed on applying fundamental equations and concepts to conduct both quantitative and qualitative analyses of fluid systems.
By participating in this course, you will learn how to successfully:
- Calculate pressure drop or flow rate for a given flow through a pipe, tube, or duct.
- Design advanced flow networks by applying principles of series and parallel configurations to meet specified performance criteria.
- Formulate predictions of overall system performance and operating points in a flow network combined with a specified pump or fan and predict the effects of perturbations on performance.
Who should attend?
This course is designed for engineers and engineering managers in any industry that uses and controls the constrained movement of fluids.
Course Materials (included in purchase of course)
Digital course notes via ASME’s Learning Hub
Course participants are expected to have
Internet connection, computer
A Certificate of Completion will be issued to registrants who successfully complete the course by achieving a passing score of 75% or higher on the final exam.
Module 0: Course Introduction
Module 1: Bernoulli’s equation
Module 2: Wall Friction
Module 3: Energy Equation
Module 4: Energy Equation Solutions
Module 5: Combining Pipes in Series
Module 6: Combining Pipes in Parallel
Module 7: Pipe Networks
Module 8: Pump Introduction
Module 9: NPSHR
Module 10: Pump Performance Extrapolation
Module 11: Pumps in Series and Parallel
Module 12: Bypass Flow
Module 13: Operating Point Uncertainty
Module 14: Driving Pumps and Flow Systems
James Stevens, PhD, P.E.
Consultant
James Stevens, PhD, is a consultant in thermodynamics, heat transfer, and thermal and fluid systems. He had a 33-year career teaching and researching those topics at Mississippi State University and at the University of Colorado at Colorado Springs.
More Information
Self Study
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