Engineering Fluid Mechanics SI Version, 12/e (IE-Paperback)

本書序言

●The chapters on Viscous Flow Over a Flat Surface and Drag  and Lift are now merged into one for seamless flow of related concepts. 
●Expanded coverage  to include topics: Elementary Plane potential Flows, Special Case of Blood Flow in Human Body and Related Medical Fluid Machines, Multiphase Flow Measurement, Positive Displacement Pumps and Pump Networking: Series and Parallel. 
●Critical thinking section has been revised to align with the nomenclature used by textbooks on critical thinking 
●New and updated examples and  practice problems in all chapters in SI units  
●Completely updated as SI version   

本書特色

●Promotes student engagement with an accessible writing style, vibrant visuals, and plentiful photographs and illustrations 
●Aids student comprehension and information retention with over 1,100 fluid dynamics practice problems. 
●Approaches fluid dynamics in a manner inclusive of civil, mechanical, electrical, and other engineering fields. 
●Emphasizes technical derivatives to strengthen students’ grasp of fundamental equations 
●Applies the Wales-Woods Model to examples throughout the text, equipping students early with an expert approach to problem solving 

Donald F. Elger - University of Idaho, Moscow
Barbara A. LeBret - University of Idaho, Moscow
Clayton T. Crowe - Washington State University, Pullman
John A. Roberson - Washington State University, Pullman

1.Introduction
2.Fluid Properties
3.Fluid Statics
4.Bernoulli Equation and Pressure Variation
5.The Control Volume Approach and The Continuity Equation
6.The Momentum Equation
7.The Energy Equation
8.Dimensional Analysis and Similitude
9.Viscous Flow Over a Flat Surface, Drag and Lift
10.Flow in Conduits
11.Compressible Flow
12.Flow Measurements
13.Turbomachinery
14.Flow in Open Channels
15.Modeling of Fluid Dynamics Problems