Potto Home

About Potto

Chapters:

  Content
  Isentropic Flow
  Isothermal Nozzle
  Normal Shock
  Isothermal Flow
  Fanno Flow
  Rayleigh Flow
  Oblique Shock
  Prandtl-Meyer

Other things:
Download Area
calculators

Other Resources

  FAQs
  Compare Other Books
  Articles

Potto Statistics

License

Feedback

Next: Contents   Contents

This document started as a collection of the tables made in the book ``Fundamentals of compressible Flow Mechanics.'' However, since the initial phase it has grown and now has additional tables for various values of specific heat, k = 1.2, 1.3, 1.4 and 1.67 etc. Furthermore, the tables are more detailed than those in the book. In fact, there are no known tables that match the depth, variety, and quality of this collection. So, as far as it is known, this collection of gas dynamics tables is the biggest in the world.

Navigation:
Go to Potto home.

• To download the pdf version the book ``Fundamentals of Compressible Flow Mechanics''
• To download the pdf of these tables click here.
• Or you can also go to the download area and get other books and materials from here.
• Or you can also go to the books area to get information about this project's educational material.

These tables supposed to be used by professionals and students who would like to have handy gas dynamics tables without going through the pages of the whole books. These tables are intended to replace commercial tables.

These Tables were created by Potto-GDC and later where translated by using latex2html versions 1.7. Then they were translated from.php to php by toPHP script (our script). The oblique shock figures were generate by a new script that use gd (non graphical part of gdc ) and produces a gle file. The simple operation is:
./obliqueFigur 1.4
and later use gle ob.jpg to generate a eps file. If you interested in this php scrip or the figure script drop me a line.

---

• Contents
• Isentropic Flow
  • Regular Isentropic Flow Tables
    • Isentropic Flow for k=1.2
    • Isentropic Flow for k=1.3
    • Isentropic Flow for k =1.4
    • Isentropic Flow k=1.67
  • ``Naughty Professor'' Tables (NPT) for Isentropic Flow
    • NPT for Isentropic Flow k=1.2
    • NPT for Isentropic Flow k=1.3
    • NPT for Isentropic Flow k=1.4
    • NPT for Isentropic Flow k=1.67
  
  
• Isothermal Nozzle
  • Isothermal Nozzle for k=1.2
  • Isothermal Nozzle for k=1.3
  • Isothermal Nozzle for k=1.4
  • Isothermal Nozzle for k=1.67
  
  
• Normal Shock
  • Normal Shock Standard tables
    • Normal Shock Standard Table for k=1.2
    • Normal Shock Standard Table for k=1.3
    • Normal Shock Standard Table for k=1.4
    • Normal shock Standard Table for k=1.67
  • Open Valve maximum values
  • Shock Reflecting from a Suddenly Closed Valve
    • Reflecting Shock (closed Valve) k =1.2
    • Reflecting Shock (closed Valve) k =1.3
    • Reflecting Shock (closed Valve) k =1.4
    • Reflecting Shock (closed Valve) k =1.67
  • Shock propagating from suddenly open valve
    • Shock from suddenly open valve k =1.2
    • Shock from suddenly open valve k =1.3
    • Shock from suddenly open valve k =1.4
    • Shock from suddenly open valve k =1.67
  
  
• Isothermal Flow
  • Isothermal Flow k=1.2
  • Isothermal Flow k=1.3
  • Isothermal Flow k=1.4
  • Isothermal Flow k=1.67
  • Unchoked Isothermal Flow k=1.4
  
  
• Fanno Flow
  • Standard Fanno Flow Table for k=1.2
  • Standard Fanno Flow Table for k=1.3
  • Standard Fanno Flow Table for k=1.4
  • Standard Fanno Flow Table for k=1.67
  
  
• Rayleigh Flow
  • Rayleigh Flow Table for k=1.2
  • Rayleigh Flow Table for k=1.3
  • Rayleigh Flow Table for k=1.4
  • Rayleigh Flow Table for k=1.67
  
  
• Prandtl-Meyer Function
  • Prandtl-Meyer Function for k=1.2
  • Prandtl-Meyer Function for k=1.3
  • Prandtl-Meyer Function for k=1.4
  • Prandtl-Meyer Function for k=1.67
  
  
• Oblique Shock
  • Values at the Deflection Point
    • Deflection Point for k=1.2
    • Deflection Point for k=1.3
    • Deflection Point for k=1.4
    • Deflection Point for k=1.67
  • Regular Oblique Shock Figures
    • Oblique Shock k=1.2
    • Oblique Shock k=1.3
    • Oblique Shock k=1.4
    • Oblique Shock k=1.67
  
  
• About this document ...

---

Created by:Genick Bar-Meir, Ph.D.
On: 2007-12-04

---

These tables were generated using Potto-GDC (gas dynamics calculator) and also available in pdf version.

---

About Potto Project

Potto Project has been created by Dr. Genick Bar-Meir and friends to build free software, educational material and textbooks for college students.

Potto Project is under open content licenses, which means that you will always have the freedom to use it, make copies of it, and improve it. You are encouraged to make use of these freedoms and share the textbooks and program with your family and friends!

Copyright (C) 2007, 2006, 2005, 2004, 2003 Dr. Genick Bar-Meir.
Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or later or Potto license.
Site feedback please mail to barmeir at gmail.com