
Mechanical FE Practice Problem Companion
NCEES Aligned Example Problems for Comprehensive Review of the Computer Based FE ExamBy Neil BrackenridgeLength11h 53m
About this audiobook
Reviewing theory does not build exam speed. Repetition does.
This companion gives you solved problems across every mechanical knowledge area, each one tagged to its topic and worked in the format the computer-based exam uses, with the governing equation stated before a single number is substituted. You drill statics and dynamics, vibrations, mechanics of materials, materials and heat treatment, fluids, thermodynamics, heat transfer, circuits for mechanical candidates, instrumentation and controls, and machine component design, then sit two timed papers and score yourself against a diagnostic that points you back to your weakest chapters. Units are carried through every line so unit slips stop costing you marks.
For mechanical engineering seniors and working engineers preparing for the fundamentals exam, this book turns passive review into active practice. Each chapter mirrors the NCEES FE Mechanical exam knowledge areas, so you can target your study session by session. The two timed practice sets simulate the computer-based exam experience, and the full solutions show not just the answer but the reasoning path, helping you recognize problem patterns and build the speed and accuracy the exam demands.
What you will learn:
• Pacing, handbook search, and problem triage strategies for the computer-based FE exam
• Mathematics and numerical methods applied to mechanical engineering problems
• Probability, statistics, ethics, and engineering economics for the FE exam
• Statics and dynamics, including kinematics and vibrations
• Mechanics of materials and material properties and processing
• Fluid mechanics, thermodynamics, and heat transfer
• Electricity and magnetism, measurements, instrumentation, and controls
• Mechanical design and analysis, including machine component design
• Two timed practice sets with full solutions and diagnostic scoring
Whether you are a mechanical engineering senior preparing for your first attempt or a working engineer returning to the fundamentals, this companion provides the repetitive, exam-format practice you need to build speed, accuracy, and confidence for the FE Mechanical exam.
Audiobook details
GenreTechnology, Education and Learning
Length11 hrs 53 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 27, 2026
LanguageEnglish
Table of contents
1Mechanical FE Practice Problem Companion
2Foreword
3Preface
4About This Book
5Chapter 1: Pacing, Handbook Search and Problem Triage
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61.1 The Exam Clock and Minutes Per Item
71.2 Calculator Setup and Keystroke Discipline
81.3 Searching the On-Screen Reference Handbook
91.4 Triage: Flag, Guess or Solve
101.5 Building a Six-Week Revision Plan
11Chapter 2: Mathematics and Numerical Methods
122.1 Vectors, Dot and Cross Products
132.2 Matrices, Determinants and Linear Systems
142.3 Derivatives, Integrals and Series
152.4 Differential Equations
162.5 Numerical Methods: Roots, Interpolation and Integration
17Chapter 3: Probability, Statistics, Ethics and Engineering Economics
183.1 Descriptive Statistics and Probability Rules
193.2 Distributions and Confidence Intervals
203.3 Professional Obligations and Ethics
213.4 Present Worth, Annual Worth and Rate of Return
223.5 Depreciation, Taxes and Replacement Analysis
23Chapter 4: Statics
244.1 Force Systems, Resultants and Moments
254.2 Equilibrium of Particles and Rigid Bodies
264.3 Trusses by Joints and Sections
274.4 Friction and Belt Friction
284.5 Centroids, Centers of Gravity and Moments of Inertia
29Chapter 5: Dynamics and Kinematics
305.1 Particle Kinematics: Rectilinear and Curvilinear
315.2 Newton’s Second Law and Free-Body Diagrams
325.3 Work, Energy and Power
335.4 Impulse, Momentum and Impact
345.5 Rigid-Body Rotation and Rolling
35Chapter 6: Vibrations
366.1 Free Vibration and Natural Frequency
376.2 Damped Free Response and Damping Ratio
386.3 Forced Response, Resonance and Transmissibility
39Chapter 7: Mechanics of Materials
407.1 Stress, Strain and Axial Loading
417.2 Torsion of Circular Shafts
427.3 Bending Stress and Shear in Beams
437.4 Stress and Strain Transformation, Mohr’s Circle
447.5 Beam Deflection and Buckling
457.6 Combined Loading and Pressure Vessels
46Chapter 8: Material Properties and Processing
478.1 Stress-Strain Behavior and Tensile Testing
488.2 Phase Diagrams and Microstructure
498.3 Heat Treatment and Hardness
508.4 Fatigue, Creep and Failure Modes