27 Best Books on Basic Mechanical Engineering

“Basic Mechanical Engineering” Book Review: The book provides a comprehensive coverage of the fundamental concepts of mechanical engineering. It encompasses chapters on thermal engineering, mechanics, machines, and manufacturing science, as well as discussions on power plants, CNC and DNC machines, non-conventional energy resources, and turbines. The end of every chapter includes solved problems, MCQs, practice and review questions to facilitate better understanding. Additionally, all the essential formulae are listed at the end of every chapter. The book is intended for undergraduate engineering students seeking a thorough understanding of mechanical engineering principles.

“Basic Mechanical Engineering” Book Review: This book describes the fundamental principles of mechanical engineering and encompasses topics such as engineering mechanics, turbines, IC engines, and kinetic energy applications. Each chapter is accompanied by numerous illustrations and solved questions and answers to facilitate comprehension. Objective-type questions are also provided at the end of each chapter for evaluating the students’ knowledge. This book is suitable for undergraduate students studying mechanical, civil, or automobile engineering.

“Basics of Mechanical Engineering” Book Review: This book serves as an introductory guide to comprehending engineering thermodynamics, mechanics, and strength of materials. It covers topics such as the laws of thermodynamics, IC engines, properties of steam, and force and equilibrium, as well as fiction, beam, trusses, bending, and torsion. Each chapter concludes with multiple-choice questions and review questions for a better understanding of the material. This book is intended for first-year undergraduate engineering students and may also be beneficial for students preparing for competitive examinations.

“Handbook of Mechanical Engineering” Book Review: TThis book is a quick review of the basic concepts of mechanical engineering.It includes chapters on IC engines, turbines, conventional and non-conventional energy resources, thermodynamics, and strength of materials, covering all the necessary definitions and concepts that are useful for exam preparation. Objective-type questions and model papers are included in this book to aid in examination practice. It is ideal for students preparing for competitive exams such as GATE and IES.

“Basic Mechanical Engineering” Book Review: This book describes the straightforward and fundamental principles of mechanical engineering, with chapters on heat engines, boilers, and steam properties, among other topics such as steam engines, IC engines, welding shops, and measurement tools. It also includes experiments and objective-type questions at the end of the book. This book is beneficial for undergraduate engineering students and those preparing for competitive examinations.

“Mechanical Engineering (Conventional and Objective Type): Conventional and Objective Types” Book Review: This book includes all significant areas of mechanical engineering, including material strength, engineering mathematics, hydraulics and fluid mechanics, engine types and specifications, and industrial engineering. It contains numerous review questions and objective-type questions, with detailed answers accompanied by figures. This book is appropriate for both undergraduate engineering and diploma students, as well as for those preparing for competitive examinations such as ESE and GATE.

“Basic Mechanical Engineering” Book Review: This book addresses the core principles of mechanical engineering and covers important topics such as materials, measurement, introduction to machine tools, and fluids. It also includes chapters on thermodynamics, steam properties, boilers, steam engines, and IC engines. For students’ practice, it includes exercises such as fill in the blanks, true or false, MCQs, and review questions. Additionally, model question papers are provided at the end of the book to evaluate the students’ knowledge. This book is appropriate for undergraduate engineering students.

“Basic Mechanical Engineering” Book Review: This book explains the fundamental principles of mechanical engineering, with chapters dedicated to thermodynamics principles, fiction, strain, design considerations, and manufacturing processes. It includes descriptive illustrations throughout the book and review questions and MCQs at the end. This book is a valuable resource for all undergraduate engineering students and can also be used by those preparing for competitive examinations such as ICS, AIME, and GATE.

“Basic Mechanical Engineering” Book Review: This book provides an explanation of the fundamental principles of mechanical engineering, with main chapters covering fluid mechanics, steam engines, IC engines, fiction, turbines, and manufacturing processes. The diagrams in the book are clear and well-organized, and questions and answers are included at the end of each chapter. This book is beneficial for all undergraduate engineering students.

“Basic Mechanical Engineering” Book Review: This book covers the fundamental concepts of mechanical engineering, including an introduction to IC engines, thermodynamics, and refrigeration and air conditioning. It also covers topics such as energy sources and power plants, mechanical power transmission, energy conversion devices, and manufacturing processes. The book includes multiple solved problems and detailed diagrams and tables. It is especially helpful for first-year engineering students and diploma students.

“Elements of Mechanical Engineering” Book Review: This book is a clear and concise introduction to the fundamental principles of mechanical engineering. It covers the basics of thermodynamics and the conversion of heat into energy, with numerous numerical examples provided for clarification. Practical applications of these concepts, including heat engines, turbines, internal combustion engines, and refrigeration, are also discussed. Additionally, the book covers mechanical design principles, such as coupling, brakes, and clutches, as well as the properties and applications of common engineering materials. A chapter on lubricants and lubrication is also included. Each chapter features solved examples and numerical problems with detailed solutions, as well as review questions and multiple-choice questions. This book is suitable for first-year students in all engineering disciplines, as well as students in AMIE and diploma-level courses.

“Elements of Mechanical Engineering” Book Review: This book covers the fundamental principles of mechanical engineering and encompasses a variety of topics such as steam and its properties, gas power cycles, compound stresses and strains, shear force and bending moment, steam turbines and condensers, internal combustion engines, hydraulic turbines, pumps and devices.

“Textbook of Elements of Mechanical Engineering” Book Review: This book is a valuable resource for Mechanical Engineering students as it provides a comprehensive blend of theory and practical examples. It also offers a handy list of formulas, along with helpful diagrams and photographs that aid in understanding the concepts. The book includes solved questions, with multiple methods of solution. Additionally, the chapters on drilling, soldering, and welding offer practical guidance for students in workshop practice.

“Elements of Mechanical Engineering (PTU, Jalandhar)” Book Review: This book is designed to meet the requirements of the ‘Elements of Mechanical Engineering’ examination conducted by Punjab Technical University, Jalandhar. It is beneficial for students pursuing B.E., B. Tech., B.Sc., U.P.S.C., and A.M.I.E. degrees. The book is structured in an easy-to-understand and systematic manner, complemented by a vast collection of solved examples that aid the readers in comprehending the text better. Each chapter includes helpful tips and tricks that facilitate quick learning. Every chapter concludes with highlights, objective type questions, theoretical questions, and unsolved examples. The book covers topics such as the Basic Concepts of Thermodynamics, First Law of Thermodynamics, Second Law of Thermodynamics, and Internal Combustion Engines.

“Design of Machine Elements” Book Review: This book is written on the basis of thorough consumer survey. The book offers additional topics that were not included in the previous edition. These topics include gib and cotter joints for strap ends of connecting rods and rectangular rods, as well as stiffness in tension, logenze joint, bending and torsion, rubber springs, and strain energy equations in tension. The book covers each topic from the basics and provides solved examples and case studies for better comprehension. Additionally, solutions are provided for the end-of-chapter exercises, which will help students prepare for their exams.

“Elements of Mechanical Engineering” Book Review: This book covers the fundamentals of Mechanical Engineering, encompassing a wide range of topics. It includes the latest developments in the field and incorporates syllabi relevant to leading universities. The text is written in a manner that is easy for students to understand and is geared towards an exam-oriented approach. The book provides in-depth coverage of theoretical concepts, along with numerous solved examples to aid student comprehension.

“Elements of Mechanical Engineering” Book Review: The fundamentals of Mechanical Engineering are presented in this book in a clear and accessible manner, with solved examples and review questions provided to enhance students’ comprehension. This book is a valuable resource for undergraduate students pursuing BE, Btech, and Bsc degrees.

“Elements of Mechanical Engineering” Book Review: This is a comprehensive textbook that covers the fundamentals of mechanical engineering. The book is divided into 12 chapters, beginning with an introduction to the subject and covering topics such as thermodynamics, internal combustion engines, and refrigeration and air conditioning. The book also includes chapters on materials science, manufacturing processes, and quality control. The content is presented in a clear and concise manner, with numerous examples and illustrations provided to aid in understanding. This book is an excellent resource for undergraduate students studying mechanical engineering.

“Advances in Integrated Design and Manufacturing in Mechanical Engineering II” Book Review: This book is a comprehensive collection of research papers covering various topics related to integrated design and manufacturing in mechanical engineering. The book is divided into four parts: Computer-Aided Design, Manufacturing Process Simulation, Rapid Prototyping, and Flexible Manufacturing. Each part includes several chapters that delve into specific topics, such as topology optimization, finite element analysis, 3D printing, and digital twins. The book provides valuable insights into the latest advances in integrated design and manufacturing in mechanical engineering and is a useful resource for researchers and practitioners in the field.

“Mechatronics and Robotics Engineering for Advanced and Intelligent Manufacturing” Book Review: This is a guidebook that explores the latest technological advancements in advanced intelligent manufacturing. It is an invaluable resource for mechanical engineering researchers looking to stay up-to-date on the latest developments in advanced manufacturing and automation. It offers potential solutions for readers from industry seeking to apply these concepts in their own applications. The book is a great reference for professionals working in the fields of robotics and mechatronics industry.

“A Working Guide to Process Equipment, Fourth Edition” Book Review: This book provides guidance on diagnosing, troubleshooting, and resolving issues related to process equipment used in chemical and petroleum refining. It covers various topics such as tray design, shell-and-tube heat exchanger design, relief valve system design, steam system operation, wastewater strippers, thermodynamics, centrifugal pump maintenance, and distillation tower calculations. The book uses practical examples and illustrations to show how theoretical concepts can be applied to solve real-world plant operation problems. It is a valuable resource for anyone seeking to enhance their understanding of process equipment in the chemical and petroleum refining industry.

“Basics of Mechanical Engineering: KL” Book Review: The book covers a wide range of topics essential to mechanical engineering. It caters to undergraduate students pursuing mechanical engineering courses and instructors alike. It covers fundamental concepts in thermodynamics, including Clausius inequalities and various cycles such as Carnot, Otto, Diesel, and Brayton. It also discusses manufacturing processes and engineering materials such as casting, sheet metal, forming, cutting, forging, rolling, and metal joining.

“Analysis of Material Removal Processes (Mechanical Engineering Series)” Book Review: This book discusses the crucial aspect of large-scale manufacturing systems, specifically the cutting and grinding processes used to remove metal. It focuses on modeling techniques that address the common requirements for controlling, removing, or modifying metal removal processes. Intended for both undergraduate and postgraduate students of engineering, as well as professionals in industries involved in planning, improving, or designing metal removal processes. The book emphasizes that process planning is a crucial manufacturing design activity that accompanies product design. Topics covered in this edition include the modeling and mechanisms of machining technology that support process planning analysis. The book also discusses the mechanics of cutting-edge materials and wear, machining and grinding processes necessary for material removal process planning. The authors use simple analytical and empirical models to predict forces, bulk temperatures, and surface roughness, and estimate unit processing times. Chapters in the book are dedicated to machining economics and machine tool stability, as well as to metrology, experimental design, tolerance, and quality, which are crucial in providing empirical data for new processes and measuring the performance of existing processes.

“Facility Piping Systems Handbook: For Industrial, Commercial, and Healthcare Facilities (Mechanical Engineering)” Book Review: This book is suitable for Mechanical Engineering undergraduate students, researchers and professionals in the field. Its main focus is on the fundamental concepts and design procedures for piping systems operations. It provides guidance on selecting and designing equipment such as valves, pipes, fittings, hangers, supports, pumps, and tanks for various applications. The book includes details on fuel and compressed gas systems, life safety systems, vacuum systems, and non-potable water systems. It covers concepts of water treatment and purification, cryogenic storage, and heat transfer. The book explains these concepts through formulas, tables, charts, and practical examples.

“Geometric Dimensioning And Tolerancing For Mechanical Design 2E (Mechanical Engineering)” by Gene R Cogorno Book Review: This cutting-edge guide for mathematical dimensioning and tolerancing is written in accordance with the latest standards. It simplifies the principles and practical applications of GD&T. The second edition of Mathematical Dimensioning and Tolerancing for Mechanical Design starts each topic with a definition, and then explains how to measure, interpret, and evaluate the control. Detailed illustrations are provided to complement the discussions. Each chapter concludes with review questions and problems that highlight key concepts and serve as a self-assessment tool. This definitive resource will help ensure the proper assembly of parts, improve quality, and reduce costs.