Complete List of References for the Machine Design & Materials P.E. Exam
by Justin Kauwale, P.E.
Complete List of the Must Have References for the Machine Design and Materials PE Exam
Please see the below link to the google spreadsheet. You can also read below about a majority of the different references. If you have any suggestions or questions on the list, please email Justin at firstname.lastname@example.org or you can comment on the spreadsheet or at the bottom of this page.
This book is similar to the Mark’s Standard Handbook, but it has even more information. You should choose either Mark’s Standard Handbook or the Machinery’s Handbook, whichever one you feel more comfortable. As you go through the Engineering Pro Guides technical study guide or sample exam, you should tab the locations in this book for the various referenced tables and component properties. This book is very large and a lot of the information is too detailed for the PE exam, but it is a good safety net for the random supportive knowledge type questions that may occur on the PE exam.
The Engineering Unit Conversions book is a recommended book to use during the exam and while studying for the exam. You should tab the most commonly used conversions that you encounter while studying and doing practice problems.
Topics Covered: Section 2.0 – Basic Engineering Practice – Units & Conversions
This book is a great refresher to your college engineering class on statics & dynamics. If you have your college textbooks, then those books should be sufficient for any additional information you need on this topics. However, if you don’t have your college textbook then you can look at getting this book. This book covers statics, kinematics and dynamics. There are also moment of inertia tables and center of gravity tables that are also useful. This book is very expensive and thus it is only recommended if you feel like you are weak in this topic, but if you did well in college on this topic, then the material presented in the Engineering Pro Guides Technical Study Guide should be sufficient.
Materials Science and Engineering: An Introduction 9th Edition
Similar to the previous reference, this book is only required if you do not have your college Materials textbook and you are not comfortable with the skills and concepts presented in the Engineering Pro Guides Technical Study Guide. If you have your Materials textbook, but you are not comfortable with Section 4.0 Material Properties, then you should review your textbook. If you are not comfortable and you don’t own a Materials textbook, then you should review this recommended reference. This book covers the mechanical, physical and chemical properties presented on the NCEES Machine Design outline.
Topics Covered: Section 4.0 – Material Properties (8 questions)
This book is only recommended if you are struggling in the principles section and do not quite understand the concepts and skills presented in Section 5.0 - Strength of Materials. This book covers in more detail concepts like stress, strain, axial loads, torsion, bending, beam deflection and column buckling. If you feel comfortable with your knowledge in these classes during college, then you should not need this book and you should be okay using the Engineering Pro Guides Technical Study Guide.
Topics Covered: Section 5.0 – Strength of Materials (10 questions) & Section 4.0 – Material Properties (8 questions)
This book is recommended for the Mechanical Components section. This book covers a brief overview and some key equations of a good portion of the Mechanical Components presented in the NCEES outline. There is a lot of good information on belt drives & chain drives, gears, spur gears, helical gears, bevel gears, worm gearing, shafts, power screws, springs, mechatronics, clutches, brakes and bearings. Also included in this book are discussions on Section 8.0 Joints & Fasteners and Section 5.0 – Strength of Materials, specifically, Fatigue and Failure Theories. This book does not cover pressure vessels, motors, engines, hydraulics, pneumatics and dampers.
The following website is a concise, practical guide to selecting vibration isolation. It also provides some background information on vibration topics like frequency, displacement, forcing vs. natural and transmissibility.
Link 1: Control Vibration Isolation