Lecture 24
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Documents for Lecture 24 - Flow in Pipes III
- Basic equations - pdf file
- Calculator solutions - pdf file
- For hp 49 g+ or hp 48 gII calculators
- Download sub-directory PIPES (zip file)
- The use of folders and variables is explained starting in page 2-32 of Chapter 2 in the calculator's guide (pdf file)
- Definition of functions available in Chapter 3 of the calculators' guide (pdf file)
- Solution of single equations available in Chapter 6 of the calculators' guide (pdf file)
- ti-89 (or ti-92) calculators
- The use of folders to store variables available in this section of Chapter 5 in the calculator's manual (pdf file)
- Defining functions through programming available in Chapter 17 of the calculator's manual (pdf file)
- Solution of single equations available with the numerical solver available in Chapter 19 of the calculator's manual (pdf file)
- Basic solutions - handwritten notes - pdf file - handwritten notes used to develop the document on calculator solutions
- Solutions using Microsoft Excel (zip file)
Additional documents for Lecture 24 - Flow in Pipes III
- Solutions using Open Office's Calc spreadsheet (similar to Excel - zip file)
- Solutions using Maple 10: pdf file and Maple 10 worksheet
- To learn about Maple 10 see my Maple web page
- To download a Maple worksheet with generic equation solutions click here (zip file)
- Solutions using Matlab - zip file containing pdf file, Matlab scripts and functions - examples include :
- Friction head loss solutions: Darcy-Weisbach equation combined with Swamee-Jain equation
- Open-channel flow solutions: Manning's equation (proposed exercise)
- Pump-pipeline system solution: simultaneous solution to two non-linear equations with two unknowns
- Entrance from a reservoir into a long channel (proposed exercise on simultaneous non-linear equation
- Visit my Matlab page
Copyright 2008,
by the Contributing Authors.
Cite/attribute Resource.
admin. (2006, May 01). Lecture 24. Retrieved November 23, 2009, from Free Online Course Materials — USU OpenCourseWare Web site: http://ocw.usu.edu/Civil_and_Environmental_Engineering/Fluid_Mechanics/lect24.htm.
This work is licensed under a
Creative Commons License.
