Manufacturing Processes 4-5
Copyright Year: 2019
Publisher: Open Oregon Educational Resources
Conditions of Use
This book is about machining processes and fabrication, which are components of manufacturing but incomplete if you are looking for a more comprehensive overview. Modern manufacturing methods include thermoplastic injection molding, sheet metal... read more
This book is about machining processes and fabrication, which are components of manufacturing but incomplete if you are looking for a more comprehensive overview. Modern manufacturing methods include thermoplastic injection molding, sheet metal stamping, profile extrusion, 3D printing, casting and forging, etc., none of which are mentioned. Furthermore, this book is instructional; intended for someone who works in a shop or is intending to, not for students who simple what to learn about how certain designs or components/parts can be manufactured.
The contents are accurate but the title is misleading.
Missing many technological improvements that have been made available to these machining/manufacturing methods.
The descriptions are clear but often missing context; missing the overall purpose and best practices for the processes.
Consistent and easy to read.
Yes each section/chapter works as a stand-alone instruction.
Good use of photography to help communicate and enhance content.
Overall good, with some fragments.
The book provides a concise overview of each area of the manufacturing process. The contents are detailed summarized in the manner in which the learning objectives necessary for each manufacturing process are fully covered read more
The book provides a concise overview of each area of the manufacturing process. The contents are detailed summarized in the manner in which the learning objectives necessary for each manufacturing process are fully covered
The contents are accurately writing in such a way that they are simplified in a manner that will be easy for non-technical audiences to understand.
The content contains a minimal error and flows from one unit to the other.
Although the contents are accurate with minimal error, it is somehow outdated. The technology and the picture of the machine (HAAS Machine) used as examples are not in line with the current technology.
Even though the method of operation is closely in line with today's technology, it might be confusing for some students to follow.
The future update could be made by replacing the picture with the current technology.
The preface and index provide the necessary definition and explanation of hard-to-understand words or phrases.
Each lesson is broken down into units, and this is consistent throughout the whole book.
Each lesson starts with the content objectives, and what students will learn at the end of the lesson. This framework is followed throughout the book.
The book is broken down into lessons, and each lesson is broken down into units.
The next lesson does not depend on the previous lesson, which makes it easy to focus on a particular area of interest.
Each lesson starts with content objectives and learning outcomes. The lesson is broken down into logical units of topics based on the listed objectives and learning outcomes.
Although there is the ease of navigation, the online and digital pdf image is too small to see at the normal reading view of 100%.
There is a minimal grammatical error. The technical nature of the contents makes the grammatical error less noticeable.
The tenses are writing in such a way that is culturally sensitive. It is technical writing and adheres to the universal lingo.
I plan to adopt this textbook for both my "Introduction to Manufacturing", and "Fundamental of CNC" class this Fall' 2021.
This text does a good job of covering the details, safety, theory, and practical application of machining with a specific set of manufacturing tools. It explains detailed information while using appropriate examples and simple language that can be... read more
This text does a good job of covering the details, safety, theory, and practical application of machining with a specific set of manufacturing tools. It explains detailed information while using appropriate examples and simple language that can be understood by someone with little experience in the field. It has an effective table of contents which includes subsections, but does not contain an index or glossary. It does provide information about all source materials for each chapter.
This text contains information which is accurate for the specific types of machines that it is exploring. The diagrams and pictures match the text and descriptions, allowing for clear understanding. The language is concise and specific to the topics covered.
This text contains material that is relevant to the subject, but not specific to models or years in a way that would limit the ability to use it in the future. Because it explains the reasoning behind many of the steps suggested and different examples where applicable, it can be useful to students who are learning about a family of tools instead of just a specific example.
This book is a good example of how technical language can be kept simple while still conveying the necessary information. There is a required amount of jargon in the manufacturing field, but the author has managed to restrict this to specific part labels and usage terms without adding slang that is not helpful. It means that a beginning student would be able to use a dictionary to understand the majority of terms without needing industry specific understanding. Overall, it is clear and easy to understand.
The text maintains the same format throughout most of the sections. This makes it easy to access the lists and examples. However, there is a point where the bullet style line spacing switches briefly to having space between bullets which is easier to read. I wish that this was the format though the entire book. Terminology is kept the same where possible and clear.
This text does a good job of organizing the material in a way that means it can be easily taught in a reorganized manner. Each section is divided into subsections, and the individual chapters do not depend on each other overly so that they can almost be stand-alone materials. There is good division of subsections visually in the text, leading to few areas of overwhelming text without breaks.
The organization style of this text made it easy to find desired topics at the broad level, and it is easy to move between the chapters and subsections in the online version. A detailed index would be helpful to students looking for specific terms or concepts.
The interface for this text online is easy to use and follows an intuitive path so that most users would be able to navigate easily. Other than switching justification sometimes, there is no distortion of materials which would impede the reader.
The text contains few grammatical errors; only 3 or 4 were noticed during my reading. Overall, for a textbook this is less than the average amount that I generally find.
The text uses only machining pictures and digital examples without people except for a couple of hands. The language is very neutral not using gender or identifying information other than the terms worker, machinist, or student. I do not believe that there is any material in this book which should be culturally disturbing.
As a drafting instructor who teaches students how to make both architectural and technical drawings of machines and for machinists, I think that this book would be a good resource for my students. While my subject is not the predominant audience intended for the book, it would provide them with a clear understanding of how specific machines that they are designing drawings for work and could provide clarity on whether design options are feasible or not. It is well written and I like the flexibility.
Table of Contents
- Chapter 1: Milling Machines
- Chapter 2: Lathe Machines
- Chapter 3: Drill Presses
- Chapter 4: Bandsaws
- Chapter 5: Surface Grinders
- Chapter 6: Heat Treating
- Chapter 7: Lean Manufacturing
- Chapter 8: CNC
About the Book
This textbook provides an introduction to the important area of manufacturing processes. This text will explain the hows, whys, and whens of various machining operations, set-ups, and procedures. Throughout this text, you will learn how machine tools operate, and when to use one particular machine instead of another. It is organized for students who plan to enter the manufacturing technology field and for those who wish to develop the skills, techniques, and knowledge essential for advancement in this occupational cluster. The organization and contents of this text focus primarily on theory and practice. The machining processes and technology sections in this textbook cover such machine tools as surface grinders, bandsaws, drill presses, milling machines, and the engine lathe. Additionally, the importance of Computer Numerical Control (CNC) in the operation of the most machine tools is explained, and its role in automated manufacturing is explored thoroughly.
About the Contributors