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ChE 367: Lecture 4 - Washington University in St. Louis

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ChE 367: Lecture 4 Combest 1/25/2012
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Page 1: ChE 367: Lecture 4 - Washington University in St. Louis

ChE 367: Lecture 4

Combest

1/25/2012

Page 2: ChE 367: Lecture 4 - Washington University in St. Louis

Agenda

• Rewind and perspective

• Gradient examples

• Monometer examples

• Hydrodynamic forces on a plane surface

• Rigid Body Rotation

Page 3: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 1

Fluid Characteristics 1. Length 2. Speed 3. pressure 4. shape 5. Physiochemical properties

Page 4: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 1

Dimensions 1. Primary Quantities

1. Length, mass, time, temperature 2. Secondary

1. Area, volume, etc.

Page 5: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 1

Fluid Types Newtonian Fluids Non-Newtonian Bingham Fluids Pseudoplastic Dilatant Fluid

Page 6: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 1

Page 7: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 1

[1]

Page 8: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Static Fluids No Shear Chapter 2

Pascal’s Law

Page 9: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Static Fluids No Shear

Surface Forces

Chapter 2

Body Forces

Page 10: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Static Fluids No Shear, p field Chapter 2

Page 11: ChE 367: Lecture 4 - Washington University in St. Louis

Rewind and Perspective

Chapter 2 Static Fluids No Shear, p field

Page 12: ChE 367: Lecture 4 - Washington University in St. Louis

Gradient Problems

Page 13: ChE 367: Lecture 4 - Washington University in St. Louis

Monometer Examples

Page 14: ChE 367: Lecture 4 - Washington University in St. Louis

Monometer Examples

Page 15: ChE 367: Lecture 4 - Washington University in St. Louis

Monometer Examples

Page 16: ChE 367: Lecture 4 - Washington University in St. Louis

Hydrodynamic Forces on a Plane

Page 17: ChE 367: Lecture 4 - Washington University in St. Louis

Hydrodynamic Forces on a Plane

(a) The pressure is uniform (b) The pressure linear

Page 18: ChE 367: Lecture 4 - Washington University in St. Louis

Hydrodynamic Forces on a Plane

Page 19: ChE 367: Lecture 4 - Washington University in St. Louis

Hydrodynamic Forces on a Plane

Page 20: ChE 367: Lecture 4 - Washington University in St. Louis

Hydrodynamic Forces on a Plane

Page 21: ChE 367: Lecture 4 - Washington University in St. Louis

References

• [1] http://www.digitaladdis.com/sk/studentprojects.htm


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