FE Mechanical Design and Analysis Review – 12 Real Problems That Teach You the Core Concepts

⏱ Timestamps 0:00 Intro (Topics Covered) 2:10 Review Format 2:36 How to Access the Full Mechanical Design Review for Free 3:05 Problem 1 – Max Shear Stress Failure Theory (Steel Hook) 21:30 Problem 2 – Helical Compression Springs 28:10 Problem 3 – Ball Bearings 33:53 Problem 4 – Power Screws 40:29 Problem 5 – Bolt Group with Eccentric Load 54:47 Problem 6 – Hydraulic Cylinder 58:24 Problem 7 – Gear Train (Gear Ratios) 1:12:07 Problem 8 – Bolted Joints (Joint Coefficient, Preload, Joint Diagram) 1:23:10 Problem 9 – Spur Gear Bending Stress 1:27:36 Problem 10 – Pressure Vessels 1:37:22 Problem 11 – Modified Goodman Fatigue Failure Criteria 1:54:11 Problem 12 – Shewart X Bar Control Chart (Quality and Reliability) 2:02:29 Studying for the FE Exam is Overwhelming! 2:02:59 How FE Interactive Helps You Study Smarter 2:03:31 Pinpoint Weak Spots with the Analytics Page 2:04:15 Affordable FE Mechanical Prep ($19.99 for 2 Months) 2:04:36 Outro / Thanks for Watching --- 🎯 Special Launch Offer – FE-Interactive 2 Months for $19.99 https://www.fe-interactive.com/custom... 🧪 Access the Full Mechanical Design Review for Free: https://www.fe-interactive.com/practi... --- Master one of the biggest sections of the FE Mechanical Exam with 12 full Mechanical Design problems and step-by-step solutions! 🔥 FE Mechanical Exam Prep – Mechanical Design Review (12 Full Problems + Solutions) Mechanical Design is a major part of the FE Mechanical Exam, typically worth 10–15 questions. It’s a great section to focus your effort on to maximize your chances of passing. Many of these problems build directly on core concepts from Statics and Mechanics of Materials — including FBD's, Hooke's Law, Mohr’s Circle, beam deflection, and stress distributions. Once you’re comfortable with those fundamentals, studying for Mechanical Design becomes much more straightforward. In this video, we’ll walk through 12 full-length FE-style Mechanical Design and Failure Analysis problems, step by step, with clear reasoning and explicit FE Handbook references. Topics include gears, bolts, fatigue, pressure vessels, and quality control — all essential for mastering the exam’s design and reliability concepts. These problems don’t just prepare you for the Mechanical Design section — they reinforce the fundamentals that connect across Statics, Dynamics, and Mechanics of Materials, helping you see how the core engineering concepts connect across the entire FE exam.. --- 📈 FE Interactive – Affordable Prep That Works FE Interactive is a complete prep system built to help you study smarter, not harder: ✅ 500+ exam-style practice problems ✅ Full-length timed exams that simulate real test pressure ✅ Detailed handwritten + typed solutions with explicit FE Handbook references ✅ Smart analytics to identify weak spots and track progress ✅ TI-36X Pro calculator tips to save time on exam day ✅ Comprehensive video reviews based on the NCEES FE Mechanical spec to help you quickly refresh essential exam topics 🎯 Special Launch Offer – 2 Months for $19.99 https://www.fe-interactive.com/custom... --- 💬 Got a Question? Drop it in the comments — I read every one, and I often create new problems based on your feedback. 🔔 Don’t forget to like, subscribe, and turn on notifications for weekly FE prep content! --- #FEExam #FEMechanical #FEOtherDisciplines #MechanicalDesign #FailureTheories #Fatigue #ModifiedGoodman #PressureVessel #BoltedJoints #PowerScrews #HelicalSprings #Bearings #Gears #QualityAndReliability #Statics #MechanicsOfMaterials #MohrsCircle #BeamDeflection #StressAndStrain #HookesLaw #EngineeringFundamentals #EngineerInTraining #FEPrep #PassedTheFE #FEInteractive ---