Principles of Fluid Machinery (Volume 1)

Author: Zhang Kewei
Publisher:
Publish Date: 2000-05-01
Features: This book systematically explains the working principles of various fluid machinery, published in two volumes. The first volume introduces turbomachinery, while the second volume covers positive-displacement machinery. The first volume includes: Introduction, Chapter 1 Overview of Turbomachinery, Chapter 2 Energy Conversion in Turbomachinery, Chapter 3 Similarity Theory of Fluid Machinery, Chapter 4 Cavitation in Fluid Machinery, Chapter 5 Design and Calculation of Radial-Flow Fluid Machinery, Chapter 6 Design and Calculation of Axial-Flow Fluid Machinery, Chapter 7 Characteristic Curves and Operation Adjustment of Fluid Machinery, Chapter 8 Selection of Fluid Machinery. This book is a planned teaching material for universities and colleges majoring in "Thermal Energy and Power Engineering" and can also serve as a teaching reference for fluid machinery in other related fields. It is also available for engineers engaged in the research, design, and production of fluid machinery. This book systematically explains the working principles of various fluid machinery, published in two volumes, with the first volume covering turbomachinery and the second volume covering positive-displacement machinery. The first volume includes: Introduction, Chapter 1 Overview of Turbomachinery, Chapter 2 Energy Conversion in Turbomachinery, Chapter 3 Similarity Theory of Fluid Machinery, Chapter 4 Cavitation in Fluid Machinery, Chapter 5 Design and Calculation of Radial-Flow Fluid Machinery, Chapter 6 Design and Calculation of Axial-Flow Fluid Machinery, Chapter 7 Characteristic Curves and Operation Adjustment of Fluid Machinery, Chapter 8 Selection of Fluid Machinery. This book is a planned teaching material for universities and colleges majoring in "Thermal Energy and Power Engineering" and can also serve as a teaching reference for fluid machinery in other related fields. It is also available for engineers engaged in the research, design, and production of fluid machinery.