GATE Books for Mechanical Engineering (ME): Following are the recommended books for the mechanical engineering stream. These are the important books for your GATE preparation needs. Since the GATE exam tests the basic concepts of core subjects, it is imperative to refer standard text books authored by prominent faculties. Keeping that in view, here we give the list of Reference GATE Books for Mechanical Engineering (ME).
GATE Books for Mechanical Engineering
Engineering Mechanics by S. Timoshenko
This is the must have book for the subject Engineering Mechanics. Students, tutors, and academicians are obtaining great help from Engineering Mechanics (SI) for last eight years. A large number of concepts provided by this book, along with their explanation have resulted in its extensive use, especially by students who are preparing for competitive exams like GATE. Explanations regarding the engineering mechanics have been covered by the book in detail. Elaborate explanation related to Kinematics and Friction is present in it. It also covers forces, curvilinear translation, concurrent forces, relative motion and virtual work. The book consists of 4 appendices. These consist of the balancing the rigid rotors, inertia in material bodies, forced vibrations, and plane figures’ inertia.
Engineering Mechanics by Bhavikatti
In the undergraduate syllabus, all requirements of the course of Engineering Mechanics are met by this comprehensive book. The numerous laws related to mechanics have been explained systematically with the help of free-body diagrams. In order to illustrate the right technique of answering, proper solutions of all problems are provided. General plane motion, impulse momentum, the principle of D’ Alembert, projectiles, linear motion, the center of gravity, lifting machines, a method of work energy, the moment of inertia and centroid are some of the examples of the concepts covered by this book. In this edition, an extra chapter pertaining to Virtual Work has been added, thus providing further aid to solve the problems of engineering mechanics.
Strength of Materials
Mechanics of Materials by Dr. B.C. Punmia
For the students pursuing GATE, having thorough information about the mechanics of solids is essential. It covers all the basic definitions which the students must know in order to ace the GATE exam. The introduction of this book includes several materials’ mechanical properties. It then moves on to thoroughly explain the concepts of strains and stress. It also includes shearing forces, bending and their effects of solids, cylinders, columns, beams, springs, perfect frame analysis, elastic failure theory, elastic constants, and much more. The utilization of sketches is liberally done to make the reader understand the concept. A large number of objective type questions given in it help them to be familiar with the exam pattern of the GATE examination.
Strength of Materials by S Rattan
The concepts of the strength of materials contained in the undergraduate courses have been covered by this book. Every chapter in it is presented in a logical, crisp and simple way, and the concepts are explained step-by-step. Although scientific language is used, they can still be understood easily. Derivations of mathematics along with theoretical explanations and clear diagrams are given. This book contains more than a hundred solved examples. Another feature is the addition of more than two hundred objective questions and over a hundred review questions. Some of the examples of the topics covered in it are material testing, bending of plastics, rotating discs, struts and columns, strain energy, simple stress, deflection, and slope.
Theory of Machines
Theory of Machines by R.S. Khurmi
The book Theory of Machines is used by a large number of students who are pursuing a bachelor of engineering. The basic techniques are used for the solutions of the problems contained in this book. The definitions are also simple and can be understood easily. All portions are explained effectively. Numerous concepts can be learned easily with its help. Contents like automatic control, tensional vibrations, cams, governors, steam engine valves, gyroscopic couple, chain drives, friction, simple mechanisms, motion kinetics, longitudinal vibrations and much more are covered in this book. It is very helpful for students pursuing fourth and fifth semesters of engineering.
Theory of Machines by S S Rattan
For understanding Machinery Dynamics and kinematics, the Theory of Machines has proven to be an excellent book. It is a comprehensive guide that contains solved examples for having the thorough understanding of these two concepts. In the beginning of this book, several motions related to machines are introduced. It is followed by the discussion of different machine components like cams, links, kinematic pairs, and joints. After this, detailed diagrams explaining acceleration and velocity are provided. The method used for tracing the cam motion mathematically and geometrically is also explained. Additionally, friction, construction of Hartmann, Euler-Savary equation, and cebiche spacing are also covered.
Mechanical Vibrations by G K Grover
In order to obtain detailed information about mechanical vibrations, this book is the best source. It is very helpful to students who are undergraduate and pursuing B.E. since it not only explains the theory in detail but also provides a large number of questions for practice. The chapters of this book comprise of freedom systems of a single degree, interfacial damping, dry friction, fluid dashpot, logarithmic decrement, and damping types. It also covers structural damping, viscous dampers, and inclined springs. In order to understand the format of the exam and answer, many solved problems are provided. Students can test their abilities and knowledge of this subject by solving the self-practice problems given in this book.
Design of Machine Elements
Design of Machine Elements by V Bhandari
This book is superb for mechanical engineering students who desire to study designing of machines. It provides technical information in detail. For further improving the machines, various creative ideas are provided by it. The syllabus of this book is in accordance with the one followed by numerous universities, bodies of professional exams and technical boards. It consists of 25 chapters. It can also be referred by those pursuing UPSE and GATE. An introduction is provided at the beginning of every chapter. It then offers solved problems, formulae, charts, unsolved questions, and illustrations. Numerous isometric diagrams are also given. Methodological solutions of every numerical are provided for a proper understanding of the design procedures.
Mechanical Engineering Design by Shigley’s
This book helps the students in understanding the basics of the designing in mechanical engineering. A number of real-world examples and applications are used for providing a practical approach to the GATE aspirants. This book is divided into four parts. The first part consists of the basics and contains theory on stiffness, analysis of stress, materials, load and deflection. The second part deals with the prevention of failure, which results from variable and static loadings. The third part contains chapters on flexible elements of mechanics, warm gears, lubrication, mechanical springs, and components of the shafts and case studies of the transmission of power. The fourth part contains details on the analysis of the finite elements.
A Textbook of Fluid Mechanics and Hydraulic Machines by Dr. R.K. Bansal
In the case of fluids, the force involved in it forms the base of this book. It also studies its effects on the motion of the fluids. For students doing engineering courses, this book is a useful source that explains the principle involved in the mechanics of the fluids. The concepts are elaborated systematically, which makes them easy for an average student. Some of the topics covered by this book include centrifugal pumps, open channel flow, buoyancy, notches, orifices, reciprocating pumps, pressure, turbines and flow of the boundary layer. An extra chapter covering the concept of potential flow is also provided.
Fluid Mechanics by Frank White
Fluid Mechanics is a complex subject. This book has made a huge effort to make the same simple to the students. The fashion with which it is written involves practical demonstration, mathematical operations and physical concepts, which aids in making this subject clear to those who are studying this division related to Physics. The matter presented in this book helps the students to realize the use of this division in other engineering fields like telecommunications, fluid mechanics, computing and automobile. Its chapters consist of turbo machinery, dimensional analysis, distribution of pressure and much more. It also has four appendices, which mainly deals with motion equations, tables of compressible flow, fluids’ physical properties and conversion factors.
Hydraulics and Fluid Mechanics Including Hydraulics Machines by Dr. P.N. Modi
For students who desire to have an in-depth study of fluid mechanics, this book is an excellent choice. All concepts related to this subject are explained clearly. This book can be used by all students, no matter what university they are studying in. It can also be referred by those who are studying for entrance exams related to engineering like GATE, ICS, IES, and AMIE. Additionally, it can also be used by the students who wish to study the hydraulic machines. Since the course of this subject is very demanding, clear understanding, as well as thorough preparation, is needed, which is clearly provided by this book.
Fundamentals of Compressible Flow by S.M. Yahya
This book deals with the topics of compressible flow and dynamics of gases. One of the essential matters that must be covered by the students preparing for GATE exam consists of the problems of thermo-fluid dynamics. There is a plenty of usage of graphs, figures and equations which help in clearing up all the doubts. An additional chapter dealing with the problems in the dynamics of gas is provided. A large number of examination papers, tutorials as well as practice exercises thoroughly prepare the GATE aspirants. This book contains fourteen chapters that are well structured and covers all essential topics. These consist of oblique waves’ flow, constant duct flows, measurement methods, normal wave flow, heat transfer in ducts, multi-dimensional flow and energy equations.
Heat and Mass Transfer
Heat Transfer by J P Holman
This book is entirely about the concept of the transfer of heat. It is perfect for those preparing for competitive examinations like GATE. It is very useful, especially for those students who are starting to study this concept. A large number of theoretical concepts are explained with the aid of numerous unsolved and solved questions.This book is famous for its approach and clarity. The straightforward style of writing helps the GATE aspirants in covering both the empirical as well as analytical approaches. It helps in explaining concepts like excel procedure used in the transference of the transient heat, transfer of mass, exchanges of heat, transfer of the radiant heat, convection principles and much more.
Heat and Mass Transfer by P K Nag
In the study of engineering, some of the essential aspects involve the study of energy and heat. This book helps in covering essential concepts involved in the transfer of mass and energy. The case studies are used in large amounts here, and numerous topics are elaborated with the help of solved examples. There are ten chapters in this book. For further studies, 5 appendices are also present. The chapters contain the concepts of transfer of mass, transfer of heat by using natural convection, special processes involved in the transfer of heat, boiling, and condensation. The units’ internal systems, mathematical functions and matter’s properties of thermal physics are covered by the appendices.
Fundamentals of Engineering Heat and Mass Transfer by Dr. R. C. Sachdeva
For the students doing engineering in the fields of Metallurgy, Aeronautical, Mechanical and Production, this book provides a comprehensive study of the subject of the transfer of mass and heat. Although the concept of the transfer of mass is considered to be tough, it has made it simple for the readers to digest this concept. From the beginning itself, the development of the subject has been done in a logical manner. It is accompanied with numerous solved questions along with neat and labeled diagrams. The content of this book involves exchanges of heat, thermal radiation, Heat Exchangers, conduction equations, condensation, and much more.
Engineering Thermodynamics by P.K. Nag
Due to the authoritative as well as holistic coverage of the syllabus, this book is highly popular among the students. Numerous pedagogical features are present in it. A large number of topics are extensively covered by this book. This involves the IC systems of the automobiles, engineering of the power plants, applications of thermodynamics and refrigeration. Numerous concepts of thermodynamics are allotted separate chapters like energy, transfer of heat, laws of temperature, reversibility of energy, entropy, work, mixture’s properties and laws of temperature. Many other concepts are also explained in exhaustive details like compressors, power cycles of a gas, refrigeration, reactive systems, stability, and vapor power.
Thermodynamics: An Engineering Approach by Yunus A Cengel
This book is a good source for studying thermodynamics’ basic principles. The concepts in it are explained carefully and in a proper order. For developing the required essential skills in students, a combination of a large number of figures and practical examples is utilized. This helps in lessening the gap created initially between the knowledge of the subject and its practical application. The thermodynamics’ first law is explained in the introduction. This is done in order to understand the conversion of energy, balancing of energy, mechanisms related to its transference, and numerous energy forms. It also includes the involvement of the forms of mechanical energy and electrical energy, which in turn utilize familiar settings to understand the efficiency of conversion.
Internal Combustion Engines
Internal Combustion Engines by V Ganesan
The fundamental concepts involved in the internal combustion engines are discussed in great details in this book. The specifics regarding the designs of various engines are also provided by it. The principle, working and construction involved in the engines described in the book occupy the introduction present in the first chapter. All principles involved in physics that is used while studying the engines are reviewed first. Then the discussion regarding cycles of fuel and air, standard cycles, and actual cycles are given. The sections regarding the combustion fuels are also covered by this book. Different systems used for injection, both electronic as well as mechanical are introduced to the reader.
Refrigeration and Air Conditioning
Refrigeration and Air Conditioning by C Arora
This guidebook deals with the refrigeration of air. A large topic range is covered by it. First, it introduces thermodynamic rules, refrigeration history and process involved in the exchange of heat. It then covers the Carnot cycle and machines used in refrigeration. A detailed explanation involving chemical, thermodynamic and physical refrigerant requirements is provided in the 4th chapter. Topics like conditioned of designing, expansion devices and compressors of refrigerant are discussed also. The psychometric involved in the process of air conditioning is also explained in the later units. The designs involved in the apparatuses of air conditioning can be learned from this book. It also involves fan types and radiations emitted from the sun.
Industrial Engineering and Management by O.P Khanna
This book provides a large number of benefits to students pursuing the engineering fields of industries, mechanical and production. The text contained in it is well balanced. It consists of a good mixture of applications and theory. This book sheds light on the utilization of modern technology in encouraging the processes of production. It also discusses the issues that arise during the designing of the products. Additionally, it deals with capacity, layout, and location of plants, planning of the operations and their control. In every chapter, objectives are provided at the starting. This helps the student in focusing on the essential points. For recapitulating and reviewing the concepts, a summary is given at the end of each chapter.
Operations Research, Kanti Swarup
The GATE exam pattern involves the subject of operations research in large amounts. Hence, it is important for those studying for this competitive exam to learn its basics, in order to reach its advanced level of study. For understanding this particular subject in a more efficient manner, this book is an excellent choice. All subject areas are covered lucidly by it. This helps in clarifying all ambiguities and doubts that crop up in the minds of the students. The beginning of this book covers the basic concepts of the operation research. The later units cover topics like the problems related to linear programming, the concept of duality, post-optimal analysis and much more.
Manufacturing Science by Amitabha Ghosh
This book is proving to be a boon for the students preparing for the GATE examination. The quality of the theory presented in it is optimum and systematic. It covers both unconventional as well as conventional manufacturing methods. At the ending of every unit, solved and unsolved questions are provided which further prepares the GATE aspirants. In the beginning, the book clearly explains the properties related to the manufacturing of numerous materials. Various essential processes of manufacturing like forming; machining, casting and joining are explained in detail. For the benefit of the students, modern technologies of manufacturing like the Liga processes and the Generative method of manufacturing are covered by it.
Materials Science and Engineering by William D. Callister
This book is an outstanding source that provides extensive coverage on the subject of material sciences. The text present in it is up-to-date and provides detailed explanations regarding the developments in this field. A traditional approach is used for the chapters and emphasis is laid on active learning of the subject. The incorporation of the latest solved questions and examples is done for self-assessment, which provides ample practice to the students pursuing the competitive examinations like GATE. The matter provided in this book focus largely on the 3 material types as well as their composites. Its chapters explore the relationships present among the performance, structure, processing and properties of materials like silicon, glass ceramics, and steel and polymer fibres. For the advantage of the GATE aspirants, additional information regarding the crystallographic directions’ construction is provided.
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