Fundamentals Of Turbomachinery provides undergraduate students of Mechanical Engineering and Civil Engineering with all the information they need about the fundamentals of turbomachinery. There are many books available in the market about each type of turbomachines such as gas turbines, hydraulic turbines, and steam turbines. There are also many books about the general nature of turbomachinery. However, these are meant for higher levels of education. The book covers all the aspects of turbomachinery that are required for undergraduate engineering students.
Fundamentals of Turbomachinery is designed in a way which will help engineering students to understand the basics of turbomachinery, and accurately understand the way they function and develop the skill to solve problems based on turbomachines. Thus, every chapter is followed by important equations, review problems and exercises. The solved problems and exercises are arranged in increasing levels of difficulty so that undergraduate engineering students can gauge where they stand with respect to knowledge about each chapter.
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Each chapter is presented in a way which is easy to understand. The book abounds in examples of every type and contains a large number of solved problems to facilitate easy application of the principles behind turbomachinery to solve practical problems. This helps undergraduate engineering students develop confidence in the subject of turbomachinery, which is one of the basic concepts required in the stream. At the end of the book, is present a model question paper with solutions to encourage students to practice the application of concepts of turbomachinery.
Some of the chapters in this book include Energy Transfer in Turbomachines, Steam and Gas Turbines, and Centrifugal Compressors and Pumps. Fundamentals Of Turbomachinery has more than 100 problems which are given at the end of each chapter, and also gives a summary of equations. Its simple and clear presentation along with its large number of solved problems and exercises, helps students develop a clear concept in turbomachinery.
\r \tFundamentals Of Turbomachinery provides undergraduate students of Mechanical Engineering and Civil Engineering with all the information they need about the fundamentals of turbomachinery. There are many books available in the market about each type of turbomachines such as gas turbines, hydraulic turbines, and steam turbines. There are also many books about the general nature of turbomachinery. However, these are meant for higher levels of education. The book covers all the aspects of turbomachinery that are required for undergraduate engineering students.
\r \tFundamentals of Turbomachinery is designed in a way which will help engineering students to understand the basics of turbomachinery, and accurately understand the way they function and develop the skill to solve problems based on turbomachines. Thus, every chapter is followed by important equations, review problems and exercises. The solved problems and exercises are arranged in increasing levels of difficulty so that undergraduate engineering students can gauge where they stand with respect to knowledge about each chapter.
\r \tEach chapter is presented in a way which is easy to understand. The book abounds in examples of every type and contains a large number of solved problems to facilitate easy application of the principles behind turbomachinery to solve practical problems. This helps undergraduate engineering students develop confidence in the subject of turbomachinery, which is one of the basic concepts required in the stream. At the end of the book, is present a model question paper with solutions to encourage students to practice the application of concepts of turbomachinery.
\r \tSome of the chapters in this book include Energy Transfer in Turbomachines, Steam and Gas Turbines, and Centrifugal Compressors and Pumps. Fundamentals Of Turbomachinery has more than 100 problems which are given at the end of each chapter, and also gives a summary of equations. Its simple and clear presentation along with its large number of solved problems and exercises, helps students develop a clear concept in turbomachinery.
In turbomachinery, a velocity triangle or a velocity diagram is a triangle representing the various components of velocities of the working fluid in a turbomachine. Velocity triangles may be drawn for both the inlet and outlet sections of any turbomachine. The vector nature of velocity is utilized in the triangles, and the most basic form of a velocity triangle consists of the tangential velocity, the absolute velocity and the relative velocity of the fluid making up three sides of the triangle.
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