Fluid mechanics

Author(s)

• White, Frank M.

Bibliographic Information

Fluid mechanics

Frank M. White

McGraw-Hill, c1994

International ed

• set

Note

"3rd ed."--t.p.

Includes index

Description and Table of Contents

Volume

ISBN 9780071137652

Description

The third edition of this text which is designed with courses in mechanical, civil, engineering science and aerospace engineering departments in mind. 1,400 exercises and over 150 worked examples are included. Software for design projects is only included with the hardcover version of the book.

Table of Contents

• Pressure distribution in a fluid
• integral relations for a control volume
• differential relations for a fluid particle
• dimensional analysis and similarity
• viscous flow in ducts
• boundary-layer flows
• inviscid incompressible flow
• compressible flow
• open channel flow
• turbomachinery. Appendices: physical properties of fluids
• compressible-flow tables
• films and videotapes on fluid mechanics
• conversion factors
• equations of motion in cylindrical coordinates.

Volume

set ISBN 9780079116956

Description

This edition is student-oriented with 1392 exercises and 158 worked examples. It features new software for design projects, which helps the student grasp important concepts, and is also a source for physical properties of fluids.

Table of Contents

• Pressure distribution in a fluid
• integral relations for a control volume
• differential relations for a fluid particle
• dimensional analysis and similarity
• viscous flow in ducts
• boundary-layer flows
• inviscid incompressible flow
• compressible flow
• open channel flow
• turbomachinery. Appendices: physical properties of fluids
• compressible-flow tables
• films and videotapes on fluid mechanics
• conversion factors
• equations of maotion in cylindrical co-ordinates.

by "Nielsen BookData"

Details

• NCID: BA22314323
• ISBN:
  • 0079116957
  • 0071137653
• LCCN: 93026501
• Country Code: us
• Title Language Code: eng
• Text Language Code: eng
• Place of Publication: New York ; Tokyo
• Pages/Volumes: xiii, 736 p.
• Size: 24 cm
• Classification:
  • LCC : TA357
  • DC19 : 620.1/06
• Subject Headings:
  • LCSH : Fluid mechanics