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Lecture 4: Pressure and Fluid Statics - Deriving the Hydrostatic Pressure Relation, Exercises of Fluid Dynamics

National Institute of Industrial EngineeringFluid Dynamics

In this lecture, professor cimbala begins chapter 3 of me 320, focusing on pressure and fluid statics. Topics include the basics of pressure, its dimensions and units, and different types of pressure measurement such as absolute, gage, and vacuum. The lecture concludes with the derivation of the hydrostatic pressure relation.

Typology: Exercises

2012/2013

Uploaded on 10/02/2013

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M E 320 Professor John M. Cimbala Lecture 04
Today, we will:
•
Begin Chapter 3 – Pressure and Fluid Statics
•
Discuss different kinds of pressure measurement (absolute, gage, vacuum)
•
Derive the equation of fluid statics (hydrostatic pressure relation)
II. Pressure and Fluid Statics
A. Pressure, P
1. Some basics
2. Dimensions and units
B. Types of Pressure Measurement
1. Absolute pressure
2. Gage pressure
3. Vacuum pressure
pf3
pf4
pf5

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Download Lecture 4: Pressure and Fluid Statics - Deriving the Hydrostatic Pressure Relation and more Exercises Fluid Dynamics in PDF only on Docsity!

M E 320 Professor John M. Cimbala Lecture 04

Today, we will :

  • Begin Chapter 3 – Pressure and Fluid Statics
  • Discuss different kinds of pressure measurement (absolute, gage, vacuum)
  • Derive the equation of fluid statics (hydrostatic pressure relation)

II. Pressure and Fluid Statics A. Pressure, P

  1. Some basics
  2. Dimensions and units

B. Types of Pressure Measurement

  1. Absolute pressure
  2. Gage pressure
  3. Vacuum pressure

C. Equation of Fluid Statics