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Thermodynamics - Using the Steam Tables
Highest Rated
Rating: 4.8 out of 5(24 ratings)
222 students

Thermodynamics - Using the Steam Tables

All You Need to Know About Steam Table Selection
Highest Rated
Created byCherish Qualls, PhD
Last updated 7/2018
English

What you'll learn

  • After taking this course, students will know how to select the correct steam table to use during problem solving.

Course content

1 section • 8 lectures • 1h 56m total length

  • Welcome1:07

    Welcome!  This video explains what's covered in the course.

  • Introduction14:10

    We will cover the basics of evaluating properties

  • Phase Change25:21

    we will cover phase change by looking at an example of vaporization

  • Intro to Steam Tables and Linear Interpolation15:47

    Intro to the steam tables and review of linear interpolation

  • Steam Tables and Quality13:04

    Intro to quality

  • Example 118:46

    We'll cover a steam table example

  • Example 212:56

    We'll cover a steam table example

  • Example 315:45

    We'll cover a steam table example

Requirements

  • Student must have a knowledge of basic thermo concepts like pressure, temperature and specific volume. A textbook with steam tables is also helpful. I will be using the tables from the 'Fundamentals of Engineering Thermodynamics' by Moran.

Description

Have you worked Thermodynamics problems only to get stuck by not knowing which table to use? Should it be compressed liquid, saturated liquid, superheated vapor...which table should it be?!  I have heard this frustration from many Thermodynamics students.  They know how to solve the problem but just get stuck on the tables.  If you have felt this frustration then this short course is for you!  In this course you will learn how to choose exactly which table you need. We will also cover phase change, pressure-specific volume diagrams as well as liquid-vapor mixture quality.  I also provide you with an easy-to-use flowchart to help you along.  Stop stressing over steam tables - Enroll today!    

Who this course is for:

  • Students taking an introductory Thermodynamics course or students just interested in learning about thermdynamic concepts

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