PE Reference Material Flashcards
Civil Engineering PE - Transportation
Functional Classifications
GDHS Chapter 1
Urban vs. Rural
GDHS Chapter 1
Context Classifications
GDHS Chapter 1
ADT (Design Hour)
GDHS Chapter 2
LOS
GDHS Chapter 2
Design Vehicles
GDHS Chapter 2
Sight Distance
GDHS Chapter 3
Horizontal Alignments
GDHS Chapter 3
Superelevation Tables
GDHS Chapter 3
Vertical Alignments
GDHS Chapter 3
Lane/Shoulder Widths
GDHS Chapter 4
Clear Zones
GDHS Chapter 4
Curbs
GDHS Chapter 4
Pedestrian Facilities
GDHS Chapter 4
Local Roads and Streets
GDHS Chapter 5
Collector Roads and Streets
GDHS Chapter 6
Arterial Roads and Streets
GDHS Chapter 7
Freeways
GDHS Chapter 8
Intersections
GDHS Chapter 9
Intersection Sight Distance
GDHS Chapter 9
Roundabout Design
GDHS Chapter 9
Railroad - Hwy. Grade Crossings
GDHS Chapter 9
Grade Separations and Interchanges
GDHS Chapter 10
Traffic Engineering - Uninterrupted Flow
NCEES Handbook 5.1.1
Traffic Engineering - Street Segment Interrupted Flow
NCEES Handbook 5.1.2
Traffic Analysis
NCEES Handbook 5.1.3
AADT
NCEES Handbook 5.1.3.1
Accident Analysis
NCEES Handbook 5.1.4
Traffic Forecast
NCEES Handbook 5.1.5
Design Traffic
NCEES Handbook 5.1.6
Horizontal Design - Basic Curve Elements
NCEES Handbook 5.2.1
Layout of Two-Centered Compound Curves
NCEES Handbook 5.2.2
Methods of Designating Directions
NCEES Handbook 5.2.5
Vertical Design - Symmetrical Vertical Curve Formulas
NCEES Handbook 5.3.1
Sign Design
NCEES Handbook 5.4
Geotech - Relative Soil Density
NCEES Handbook 5.5.1
Geotech - Plasticity Index
NCEES Handbook 5.5.2
Geotech - Shrinkage of Soil Mass
NCEES Handbook 5.5.3
Predicting Truck Traffic Volumes
NCEES Handbook 5.5.7
Fundamental Constants
NCEES Handbook 1.1.2
Conversion Factors
NCEES Handbook 1.2
Engineering Economics
NCEES Handbook 1.7
Shrink and Swell Equations
NCEES Handbook 2.1.1
Construction Scheduling
NCEES Handbook 2.4
Engineering Probability and Statistics
NCEES Handbook 1.4