24 Best Books on Machine Drawing

“A textbook of Machine Drawing” Book Review: This comprehensive textbook provides an in-depth exploration of the key aspects of machinery. It commences by covering the drafting instrument conventional lines and then proceeds to expound on topics such as drawing sheet layouts, planning technical lettering, and other technical aspects of machine drawing. This includes the theory of orthographics, projection theory, co-ordinate dimensioning, isometric projection, and reading drawings. Additionally, the book delves into oblique projection, auxiliary projections, freehand drafting sections, and conventions machining symbols, all supported by numerous illustrations and well-labelled diagrams to enhance understanding. This textbook is specifically tailored for students and teachers in civil and mechanical engineering.

“Machine Drawing” Book Review: This textbook presents a thorough exploration of machine drawing and its associated topics, structured into three distinct sections. In Part I, fundamental principles of technical drawing are covered, including dimensioning, limits, fits, and tolerances. Part II delves into the specifics of drawing machine components and assembling them into a cohesive whole. Part III consists of a range of assembly drawing problems drawn from various fields of mechanical, production, automobile, and marine engineering. This comprehensive guide is tailored to diploma and degree students of Mechanical Engineering, as well as those studying for the AMIE examination.

“Foundation of Technical Drawing” Book Review: This comprehensive textbook encompasses the most up-to-date syllabus for technical drawing. It provides a thorough introduction to the subject and delves into each topic in great depth. With the inclusion of pictures and well-labelled diagrams, the book delivers an application-based comprehension of the subject matter. It strikes a balance between practical and theoretical knowledge. The chapter-ending exercises consist of both short-answer and objective questions, which enable students to test their understanding and prepare for exams. This book would be valuable for students and instructors in vocational colleges studying mechanical engineering or related courses.

“Machine Drawing” Book Review: This book offers an in-depth exploration of the principles of orthographic projection, forms, proportions, and uses of simple machine, engine, and boiler parts. In addition to detailing the elements of production drawings, assembly drawings, and computer aided drafting (CAD), it also provides guidance on freehand sketching, dimensioning, conversion of pictorial views, sectional views, and interpretation of views. The majority of orthographic views are accompanied by pictorial views, which facilitate easy visualization of shapes. The book is a valuable resource for engineering degree students from all Indian Universities, as well as those enrolled in various branches of engineering diploma courses. Additionally, it is a useful tool for individuals preparing for the A.M.I.E. and U.P.S.C. examinations.

“Machine Drawing” Book Review: This book provides essential knowledge for machine drawing, covering various key topics such as riveted joints, belts and pulleys, production drawings, assembly, and part drawings. The latest version of AutoCAD 2010 is incorporated alongside conventional discussions on all subjects. Additionally, the book offers an extensive range of resources, including 123 solved examples, 516 theory questions, 155 viva questions, and more. This comprehensive package makes it an excellent resource for mechanical engineering students and those preparing for competitive examinations.

“A Textbook of Machine Drawing” Book Review: This comprehensive book delves into the fundamental concepts of engineering drawing, offering a clear and concise understanding of the subject matter. It covers a range of introductory topics in machine drawing, including the theory of orthographics, projection theory of coordinate dimensioning, isometric projection, and reading a drawing. The use of diagrams and real-world examples make it easier to grasp the practical applications of the material. The book is tailored towards students preparing for B.Sc. Engineering, B.E., B.Tech., A.M.I.E. (India), and Diploma in Mechanical Engineering.

“Textbook of Machine Drawing” Book Review: This book offers a comprehensive examination of technical drawing and machine design, encompassing the design, drafting, production, and assembly of machines and their components. It elucidates the principles and techniques required for transforming three-dimensional engineering objects into two-dimensional orthographic views. Additionally, the book provides an overview of various types of sectional views utilized in machine drawing. Moreover, it examines simple machine parts such as keys, cotters, threaded fasteners, pipe joints, welded joints, and riveted joints. The book also features worked-out examples to facilitate a comprehensive understanding of the subject matter. With its breadth of coverage, the book is an essential resource for students and instructors in mechanical engineering, as well as for students preparing for competitive exams.

“Textbook of Computer Aided Machine Drawing” Book Review: This comprehensive study focuses on computer-aided machine drawing and delves into the latest developments in the field. The book commences with an in-depth introduction to computer-assisted machine drawing, followed by three chapters dedicated to software commands, solid sections, and sectional views. Additionally, the book delves into the conversion of pictorial views into orthographic views, screw threads, screw fasteners, riveted joints, cotter joints, and knuckle joints. Worked-out examples and illustrations are employed to elucidate these topics, aiding readers in comprehending the subject. This book is valuable for students pursuing mechanical and civil engineering and those preparing for competitive exams.

“Machine Drawing” Book Review: This textbook presents a comprehensive examination of machine drawing and related topics, organized into three parts. The first section, Part I, covers fundamental principles of technical drawing, including dimensioning, limits, fits, and tolerances. Part II provides detailed guidance on drawing and assembling machine components for an assembly drawing. Finally, Part III features assembly drawing problems from a range of mechanical, production, automobile, and marine engineering fields. Intended for diploma and degree students of Mechanical Engineering, as well as individuals preparing for the AMIE examination, this book offers a valuable resource for mastering machine drawing.

“Machine Drawing” Book Review: This book is intended for students enrolled in engineering colleges and polytechnics who are studying engineering drawing topics. The book is divided into three parts. The initial portion of the book focuses on fundamental engineering drawing concepts such as lettering, sectioning, dimensioning, freehand sketching, and projections. The second part of the book delves into various machine elements. The final section encompasses reading, limits and fits, blueprints, assembly drawings, and part drawings. The book includes extensive explanations and solved and unsolved exercises on topics such as lines, planes, sectional views, projections, machine elements, blueprint reading, and much more.

“Advanced Customization in Architectural Design and Construction (SpringerBriefs in Applied Sciences and Technology)” Book Review: This book presents an overview of advanced customization in the field of architectural design and construction. The article covers emerging developments that are driving innovation in design, products, and processes. It also highlights the challenges that need to be addressed in order to achieve mass customization in the construction industry. The integration of advanced machinery and software is discussed, along with manufacturing techniques enabled by digital methods, which are particularly relevant to digital architecture. The text provides detailed explanations of CNC Machining, Robotic Manufacturing, and Additive Manufacturing processes and their potential for producing custom architectural types and exclusive building components. Several case studies are presented to illustrate the application of digitally manufactured architectural works. The article concludes by introducing a new concept of 100% custom architecture for design and construction, reflecting a vision for the future of the industry.

“COMPUTER AIDED ELECTRICAL DRAWING” Book Review: The objective of this textbook is to accentuate the design and illustration of electrical equipment using a design-based approach for undergraduate students pursuing electrical engineering. AutoCAD® 2014 has been utilized in this book for drawing electrical devices. The book delves into intricate details of winding diagrams for various machines, their forms, assembly techniques for different electrical machines, and single line representation of power systems with a range of standard symbols. Every subject has been lucidly explained with clear presentation of information. Additionally, the text encompasses topics that aspiring engineers must be acquainted with to satisfy industry demands and standards in practical scenarios. Key features of this textbook include the use of multiple examples to illustrate concepts or theories, incorporation of practical problems with their solutions, and graded exercises and model questions at the end of each chapter.

“Fundamentals of Machine Drawing” Book Review: This book is an ideal resource for mechanical engineering students at both the undergraduate and diploma level, as well as those in related fields. The book begins by introducing basic engineering drawing principles and conventions, and then delves into the study of machine elements such as fasteners, bearings, couplings, shafts and pulleys, pipes, and pipe joints. Detailed sketches of steam engine parts, IC motors, boilers, and machine tools are provided. Gears are given a dedicated chapter for thorough coverage. Additionally, the book introduces students to the concepts of CADD (computer-aided drafting and designing), which is essential for producing precise digital drawings. In this second edition, three new chapters have been added: Fits and Tolerances, Assembly Drawings, and Freehand Sketching. The chapter on gears has also been revised, and all previous chapters have been updated and expanded with new topics and examples.

“Computer Aided Mechanical Design and Analysis” Book Review: This practical guide offers a wide range of modern computer-aided methods for time-saving, and extensively covers the design and analysis of statically indeterminate machine elements. Its comprehensive content includes the design and study of various mechanical components, including cranes, hydraulic presses, pressure vessels, heavy-duty molding boxes, gearboxes, steam turbine rotors, boiler frames, compressor disks, gear wheels, impellers, and circuit breakers, accompanied by dozens of diagrams, examples, and case studies unique to the manufacturing industry. The book also delves into the rarely discussed topic of cyclical symmetry, an essential aspect of mechanical engineering, which is often overlooked by Finite Element Method books.

“Intelligent Optimisation Techniques: Genetic Algorithms, Tabu Search, Simulated Annealing and Neural Networks” Book Review: This book presents a concise introduction to four optimization techniques classified as “intelligent”: genetic algorithms, tabu search, simulated annealing, and neural networks. It is geared towards engineers and features various applications in fields such as electrical, electronic, industrial, mechanical, and device engineering. The book includes a compilation of C programs implementing key strategies, aiding readers who want to experiment with them, regardless of their prior experience with intelligent optimization techniques. Chapter 1 serves as an overview of the main concepts underlying these techniques, providing readers unfamiliar with them with the necessary background information. The chapter also compares the techniques’ performance on basic numerical and combinatorial benchmarking issues, providing a shared context for comparison. The remaining four chapters of the book focus on more intricate engineering applications.

“A textbook of Machine Drawing” Book Review: The book provides students with a comprehensive guide to Manual Drafting Instruments, Conventional Lines, Drawing Sheets, Layout and Planning, Technical Lettering, and the Theory of Orthographic Projections. Its content offers an appropriate introduction to drawing and teaches students how to translate various ideas into practical applications. The book emphasizes the acquisition of drafting skills based on standard conventions, making it easy for others to understand and interpret the drawings created by the draftsman. Its goal is to impart the skill of interpreting and preparing machine drawings using standard conventions, while also enhancing the reader’s ability to visualize, analyze, and communicate effectively.

“Machine Drawing” Book Review: This book serves as an introductory guide for both students studying engineering drawing and those pursuing exploration and research in this field. The first part of the book focuses on fundamental concepts such as Basic Engineering Drawing-lettering, sectioning, dimensioning, free hand sketching, and projections. A thorough understanding of these concepts is essential before delving into more advanced topics. The second section of the book delves into intermediate concepts, covering various machine elements. The final part of the book is devoted to advanced concepts, including limits and fits, blueprint reading, assembly drawing, and part drawings. This comprehensive resource is valuable not only for preparing for semester exams but also for national-level exams like AMIE.

“Textbook of Computer Aided Machine Drawing: Using Solid Edge Commands for 2-D; 3-D and Assembly Drawings” Book Review: This textbook stands out for several notable features, such as its utilization of the latest B/S Conventions. It also offers a distinctive approach to Assembly drawings, presenting them through both 3-D pictorial and 3-D exploded pictorial assembly drawings. Additionally, it includes Standard assumptions to address incomplete data, as well as numerous hints and notes from the author to resolve any lingering uncertainties or ambiguities pertaining to the various chapters. To deepen the reader’s comprehension of the subject, the book provides a step-by-step solution to the problems presented.

“Machine Design: A CAD Approach” Book Review: The book is designed for mechanical students and designers who are at the beginning of their careers. It contains over 7000 graphical demonstrations and promotes the use of imagination, scientific principles, and engineering techniques to create machines or structures in an economically efficient manner. The author has written the book in a concise and clear manner, and has done thorough research to make complex topics in the machine design field more accessible and relevant to practical applications. The book presents a fresh approach to the subject and skillfully integrates established principles with emerging concepts. The introductory section reflects changes in machine design approaches, and the inclusion of real-world examples and case studies from industrial settings throughout the book encourages computer literacy in machine design. The book’s unique style of explaining complex ideas and providing detailed explanations makes it interesting and engaging for readers.

“Mechanical Desktop Release 6: A Process-Based Approach” Book Review: This engineering textbook is designed for both students and professionals in the field. It utilizes practical examples and clear instructions to simulate the workflow that practitioners experience while using the program. The focus is on creating a Strong Model Component or Assembly with Mechanical Desktop (MDT), and the text takes a process-based approach to MDT commands, options, and techniques. The content is presented in a logical sequence that integrates naturally into the design process of real-world products. Additionally, each MDT command is explained step-by-step, making it easy to understand how and why they function as they do.