Distance - Fundamentals of Engineering (FE) Exam Preparation - Mechanical Engineering Discipline - CBT (48 PDHs)

Program Outline

Topic I: mathematics	Topic X: material properties and processing cont.
analytic geometry	phase diagrams
calculus	phase transformation, equilibrium, and heat treating
linear algebra	materials selection
vector analysis	surface conditions
differential equations	corrosion mechanisms and control
numerical methods	thermal failure
Topic II: probability and statistics	ductile or brittle behavior
probability distributions	fatigue
regression and curve fitting	crack propagation
Topic III: computational tools	Topic XI: fluid mechanics
spreadsheets	fluid properties
flow charts	fluid statics
Topic IV: ethics and professional practice	energy, impulse, and momentum
codes of ethics	internal flow
agreements and contracts	external flow
ethical and legal considerations	incompressible flow
professional liability	compressible flow
public health, safety, and welfare	power and efficiency
Topic V: engineering economics	performance curves
time value of money	scaling laws for fans, pumps, and compressors
cost, including incremental, average, sunk, and estimating	Topic XII: thermodynamics
economic analyses	properties of ideal gases and pure substances
depreciation	energy transfers
Topic VI: electricity and magnetism	laws of thermodynamics
charge, current, voltage, power, and energy	processes
current and voltage laws (e.g., Kirchhoff, Ohm)	performance of components
equivalent circuits (series, parallel)	power cycles, thermal efficiency, and enhancements
AC circuits	refrigeration and heat pump cycles and coefficients of performance
motors and generators	nonreacting mixtures of gases
Topic VII: statics	psychrometrics
resultants of force systems	heating, ventilating, and air-conditioning (HVAC) processes
concurrent force systems	combustion and combustion products
equilibrium of rigid bodies	Topic XIII: heat transfer
frames and trusses	conduction
centroids	convection
moments of inertia	radiation
static friction	thermal resistance
Topic VIII: dynamics, kinematics, and vibrations	transient processes
kinematics of particles	heat exchangers
kinetic friction	boiling and condensation
Newton’s second law for particles	Topic XIV: measurements, instrumentation, and controls
work-energy of particles	sensors
kinematics of rigid bodies	block diagrams
kinematics of mechanisms	system response
Newton’s second law for rigid bodies	measurement uncertainty
work-energy of rigid bodies	Topic XV: mechanical design and analysis
free and forced vibrations	stress analysis of machine elements
Topic IX: mechanics of materials	failure theories and analysis
shear and moment diagrams	deformation and stiffness
stress types (axial, bending, torsion, shear)	springs
stress transformations	pressure vessels
Mohr’s circle	beams
stress and strain caused by axial loads	piping
stress and strain caused by bending loads	bearings
stress and strain caused by torsion	power screws
stress and strain caused by shear	power transmission
combined loading	joining methods
deformations	manufacturing
columns	quality and reliability
Topic X: material properties and processing	hydraulic components
properties, including chemical, electrical, mechanical, physical, and thermal	pneumatic components
stress-strain diagrams	electromechanical components
engineered materials
ferrous metals
nonferrous metals
manufacturing processes

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