Statics and Mechanics of Materials
A full review of topics from Statics and Mechanics of Materials
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Why I created this review course
Hi, I’m James, creator of Mechanical PE Academy. I have been teaching topics like Statics and Mechanics of Materials in academics for over a decade. I know how important these topics are to understand most of engineering. A proper understanding of statics and mechanics of materials is essential for topics like machine design. Completing this course will give you the knowledge for far more than just statics and mechanics of materials; it will help you on most of the FE and PE exam topics. The course is approximately 12 hours of video lessons with over 70 solved problems!!
Who it’s for
This course is essential for anyone wanting to review for the FE exam or PE exams. Statics and Mechanics of Materials topics are on the FE exams for Mechanical, Civil, and Other disciplines.
What you will learn
The Statics and Mechanics of Materials review course provides a complete and thorough review of the foundational topics required for the FE exam and PE exams. It is essential to have a complete understanding of statics to understand other mechanical engineering topics.
This course teaches concepts, and it provides step-by-step solutions to over 70 example problems. I explain the thought process for these examples so you can solve other types of problems using similar concepts.
Learn what YOU need to know
This course is designed to help you focus on the topic YOU need to review. Why pay for an expensive review course that covers a lot of topics that you don’t need to review? The Statics and Mechanics of Materials review course provided focused review of only those topics.
Don't waste time and money reviewing information that you don’t need. Get started today to learn what YOU need to know!
Your Instructor
Dr. Doane earned his PhD from the University of Louisville in Mechanical Engineering, and he is a licensed Professional Engineer in Indiana, Missouri, North Carolina, and South Carolina. Dr. Doane has 20 years of experience; his experience includes 10 years in industry and 10 years in academics. His industry background focuses on areas of material handling, cranes, and mining. He has worked as a design engineer for conveyor companies as well as engineering design firms. During his career, Dr. Doane has authored numerous research papers on topics including structural health monitoring, biomechanics, and engineering education. He is the author of the textbook Machine Analysis with Computer Applications for Mechanical Engineers.
Course Curriculum
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PreviewLesson 01: Resultants of Force Systems (28:11)
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StartLesson 02 Equilibrium of a Particle (14:53)
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StartLesson 03 Concurrent Force Systems (17:53)
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StartLesson 04 Equilibrium of Rigid Bodies (21:31)
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StartLesson 05 Frames and machines (21:39)
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StartLesson 06 Trusses - Method of Joints (48:05)
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StartLesson 07 Trusses - Method of Sections (16:51)
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StartLesson 08 Static Friction (31:00)
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StartLesson 09 Centroids (24:07)
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StartLesson 10 Moment of Inertia (26:21)
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StartLesson 11 Simple Stress and Strain (44:12)
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StartLesson 12 Hooke's Law (21:52)
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StartLesson 13 Shearing stress and bearing stress (28:00)
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StartLesson 14 Thermal Stress (14:22)
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StartLesson 15 Torsion (25:18)
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StartLesson 16 Introduction to Beams (30:59)
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StartLesson 17 Shear and Moment Diagrams - Equations (51:34)
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StartLesson 18 Shear and Moment Diagrams - Area Method (30:38)
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StartLesson 19 Beam Stress (35:34)
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StartLesson 20 Beam deflection (33:33)
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StartLesson 21 Statically indeterminate beams (18:12)
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StartLesson 22 Columns (41:28)
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StartLesson 23 Stress at a point (27:26)
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StartLesson 24 Mohr's circle (21:22)