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Civil Engineering PE: Transportation > PE Reference Material > Flashcards

PE Reference Material Flashcards

1
Q

Culvert Design Hydrology

A

Hydraulic Design of Highway Culverts Chapter 2

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2
Q

Delineators

A

MUTCD Chapter 3F

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3
Q

Plasticity Index

A

NCEES Handbook 5.5.2

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4
Q

Crashes - Safety Analysis

A

Highway Safety Manual Volume 1 Chapter 3

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5
Q

Crash Effects of Interchange Elements

A

Highway Safety Manual Volume 3 Chapter 15

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6
Q

HCM Volume 2

A

Uninterrupted Flow

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7
Q

Pavement Design Requirements (Reconstruction)

A

Design of Pavement Structures Part II Chapter 2

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8
Q

Selecting Pavement Design Criteria and Reliability Level

A

Mechanistic - Empirical Pavement Design Guide Chapter 8

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9
Q

General Signage Standards (Shape, Color, Dimensions, etc.)

A

MUTCD Chapter 2A

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10
Q

Culvert Flow (Inlet/Outlet Control)

A

Hydraulic Design of Highway Culverts Chapter 3

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11
Q

Pavement Performance Indicator Prediction Methodologies

A

Mechanistic - Empirical Pavement Design Guide Chapter 5

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12
Q

Freeway Reliability Analysis

A

HCM Volume 2 Chapter 11

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13
Q

Engineering Economics

A

NCEES Handbook 1.7

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14
Q

Horizontal Alignment

A

GDHS Chapter 3

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15
Q

Prioritizing Safety Projects

A

Highway Safety Manual Volume 1 Chapter 8

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16
Q

Roadway Operating Conditions

A

HCM Volume 1 Chapter 2.5

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17
Q

Freeway Free-Flow Speed

A

HCM Volume 2 Chapter 10.2

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18
Q

Interchange Ramp Terminals and Alternative Intersections

A

HCM Volume 3 Chapter 23

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19
Q

Conversion Factors

A

NCEES Handbook 1.2

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20
Q

Grade Separations and Interchanges

A

GDHS Chapter 10

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21
Q

Predicting Truck Traffic Volumes

A

NCEES Handbook 5.5.7

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22
Q

LOS

A

GDHS Chapter 2

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23
Q

ADT (Design Hour)

A

GDHS Chapter 2

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24
Q

Speed-Flow Relationship

A

HCM Volume 2 Chapter 12.2

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25
Q

Highway Operations Concepts

A

HCM Volume 1 Chapter 8.2

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26
Q

Superelevation Tables

A

GDHS Chapter 3

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27
Q

Pavement Design Strategies

A

Mechanistic - Empirical Pavement Design Guide Chapter 12

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28
Q

Economic Evaluation of Roadside Safety

A

Roadside Design Guide Chapter 2

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29
Q

General Marking Standards (Material, Color, Widths, etc.)

A

MUTCD Chapter 3A

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30
Q

Two Lane Highways - Capacity and LOS

A

HCM Volume 2 Chapter 15.2

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31
Q

Pedestrian Crossing Design

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 3.6

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32
Q

Roadway System Elements

A

HCM Volume 1 Chapter 2.2

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33
Q

Freeway LOS

A

HCM Volume 2 Chapter 12.2

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34
Q

Roundabout LOS Criteria

A

HCM Volume 3 Chapter 22

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35
Q

Basic Horizontal Curve Elements

A

NCEES Handbook 5.2.1

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36
Q

Site Assessments of Culverts

A

Hydraulic Design of Highway Culverts Chapter 2

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37
Q

All-Way Stop Controlled Intersections LOS Criteria

A

HCM Volume 3 Chapter 21

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38
Q

Human Factors of Safety (Reaction Time, Speed Choice, etc.)

A

Highway Safety Manual Volume 1 Chapter 2

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39
Q

Roundabout Markings

A

MUTCD Chapter 3C

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40
Q

Median Barriers

A

Roadside Design Guide Chapter 6

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41
Q

Storage Routing

A

Hydraulic Design of Highway Culverts Chapter 5

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42
Q

Culvert Design Using Nomographs

A

Hydraulic Design of Highway Culverts Chapter 3

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43
Q

Fundamental Constants

A

NCEES Handbook 1.1.2

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44
Q

Reliability (Pavement)

A

Design of Pavement Structures Part I Chapter 4

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45
Q

Two-Way Stop Controlled Intersections

A

HCM Volume 3 Chapter 20

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46
Q

Structural Design of Flexible Pavement

A

NCEES Handbook 5.5.6

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47
Q

Safety Economic Appraisal

A

Highway Safety Manual Volume 1 Chapter 7

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48
Q

Traffic Forecast

A

NCEES Handbook 5.1.5

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49
Q

Culvert Repair and Rehabilitation Economics

A

Hydraulic Design of Highway Culverts Chapter 1

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50
Q

Functional Classifications

A

GDHS Chapter 1

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51
Q

Traffic Control for Low Volume Roads

A

MUTCD Chapter 5A

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52
Q

Passing Lanes

A

HCM Volume 2 Chapter 15.4

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53
Q

Collector Roads and Streets

A

GDHS Chapter 6

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54
Q

RR-Hwy Grade Crossing

A

GDHS Chapter 9

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55
Q

Culvert Performance Curves

A

Hydraulic Design of Highway Culverts Chapter 3

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56
Q

Network Screening

A

Highway Safety Manual Volume 1 Chapter 4

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57
Q

Pedestrians in Transportation Plans

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 2.8

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58
Q

Accident Analysis

A

NCEES Handbook 5.1.4

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59
Q

Culvert Hydraulics

A

Hydraulic Design of Highway Culverts Chapter 1

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60
Q

HCM Volume 1

A

Concepts

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61
Q

Rehabilitation Methods with Overlays

A

Design of Pavement Structures Part III Chapter 5

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62
Q

Roadside Safety on Low-Volume Roads and Streets

A

Roadside Design Guide Chapter 12

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63
Q

Asphalt Mixture Design

A

NCEES Handbook 5.5.5

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64
Q

Urban vs. Rural

A

GDHS Chapter 1

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65
Q

Curbs

A

GDHS Chapter 4

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66
Q

Design Related Project Level Pavement Management

A

Design of Pavement Structures Part I Chapter 2

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67
Q

Urban Street Reliability and Active Traffic and Demand Managment

A

HCM Volume 3 Chapter 17

68
Q

Clear Zones

A

GDHS Chapter 4

69
Q

Design Methods for Culverts without Design Charts

A

Hydraulic Design of Highway Culverts Chapter 3

70
Q

Determination of Material Properties for New Paving Materials

A

Mechanistic - Empirical Pavement Design Guide Chapter 11

71
Q

Freeway Merge and Diverge Segments

A

HCM Volume 2 Chapter 14

72
Q

Flowchart for Transit LOS for Urban Street Segments

A

HCM Exhibit 18-26

73
Q

Travel Modal Characteristics

A

HCM Volume 1 Chapter 3

74
Q

Modal Flow Parameters and Capacity Concepts

A

HCM Volume 1 Chapter 4

75
Q

Roadside Barriers

A

Roadside Design Guide Chapter 5

76
Q

Crash Cost Estimates

A

Highway Safety Manual Volume 1 Appendix 4A

77
Q

End Treatements

A

Roadside Design Guide Chapter 8

78
Q

Vertical Design

A

NCEES Handbook 5.3

79
Q

Rehabilitation Methods Other than Overlay

A

Design of Pavement Structures Part III Chapter 4

80
Q

Guides for Pavement Field Data Collection (Rehabilitation)

A

Design of Pavement Structures Part III Chapter 3

81
Q

Quality and LOS Concepts

A

HCM Volume 1 Chapter 8.3

82
Q

Crash Effects of Special Features (RR, Work Zones, TWLTL, etc.)

A

Highway Safety Manual Volume 3 Chapter 16

83
Q

Design Vehicles

A

GDHS Chapter 2

84
Q

Culvert Hydraulic Design

A

Hydraulic Design of Highway Culverts Chapter 3

85
Q

Crash Effects of Road Network Planning

A

Highway Safety Manual Volume 3 Chapter 17

86
Q

Energy Disipators

A

Hydraulic Design of Highway Culverts Chapter 5

87
Q

Uninterrupted Flow

A

NCEES Handbook 5.1.1

88
Q

Freeway Capacity Under Base Conditions

A

HCM Volume 2 Chapter 12.2

89
Q

Context Classifications

A

GDHS Chapter 1

90
Q

Soil Compaction

A

NCEES Handbook 5.5.4

91
Q

Layout of Reverse Horizontal Curves Between Parallel Tangents (Horizontal)

A

NCEES Handbook 5.2.4

92
Q

Roadside Topography and Drainage Features

A

Roadside Design Guide Chapter 3

93
Q

Designating Directions

A

NCEES Handbook 5.2.5

94
Q

Impacts of RD Design on the Driver

A

Highway Safety Manual Volume 1 Chapter 2

95
Q

Roadside Safety in Urban Environments

A

Roadside Design Guide Chapter 10

96
Q

Safety Predictive Method for Urban and Suburban Arterials

A

Highway Safety Manual Volume 2 Chapter 12

97
Q

Construction Scheduling

A

NCEES Handbook 2.4

98
Q

Traffic Analysis - AADT

A

NCEES Handbook 5.1.3.1

99
Q

Flowchart for Pedestrian LOS on Urban Street Segements

A

HCM Exhibit 18-17

100
Q

Mailboxes

A

Roadside Design Guide Chapter 11

101
Q

Sight Distance

A

GDHS Chapter 3

102
Q

Local Roads and Streets

A

GDHS Chapter 5

103
Q

Pedestrian Facilities

A

GDHS Chapter 4

104
Q

Highway Pavement Structural Design (Reconstruction)

A

Design of Pavement Structures Part II Chapter 3

105
Q

Traffic Control for Pedestrians

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 3.7

106
Q

Characteristics of Pedestrians

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 2.4

107
Q

Guide Signs - Conventional Roads

A

MUTCD Chapter 2D

108
Q

Pavement and Curb Markings

A

MUTCD Chapter 3B

109
Q

Economic Evaluation of Alternative Pavement Design Strategies

A

Design of Pavement Structures Part I Chapter 3

110
Q

Urban Street LOS Criteria

A

HCM Volume 3 Chapter 18

111
Q

Arterial Roads and Streets

A

GDHS Chapter 7

112
Q

Crash Effects of Intersection Elements

A

Highway Safety Manual Volume 3 Chapter 14

113
Q

Regulatory Signs, Barricades, and Gates

A

MUTCD Chapter 2B

114
Q

Freeway LOS Methodology

A

HCM Volume 2 Chapter 10.2

115
Q

Monthly Adjustment Factor for AADT

A

NCEES Handbook 5.5.8

116
Q

Sidewalk Design

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 3.3

117
Q

Layout of Three-Centered Compound Curves (Horizontal)

A

NCEES Handbook 5.2.3

118
Q

Safety Data Diagnosis

A

Highway Safety Manual Volume 1 Chapter 5

119
Q

Vertical Alignment

A

GDHS Chapter 3

120
Q

Roundabout Design

A

GDHS Chapter 9

121
Q

Crash Estimation

A

Highway Safety Manual Volume 1 Chapter 3

122
Q

Low-Volume Pavement Design (Reconstruction)

A

Design of Pavement Structures Part II Chapter 4

123
Q

Signalized Intersections LOS Criteria

A

HCM Volume 3 Chapter 19

124
Q

Bridge Railings and Transitions

A

Roadside Design Guide Chapter 7

125
Q

Flowchart for Two-Lane Highway LOS

A

HCM Exhibit 15-6

126
Q

Safety Predictive Method for Rural Two-Lane, Two-Way Roads

A

Highway Safety Manual Volume 2 Chapter 10

127
Q

Flowchart for Freeway and Multilane Highway LOS

A

HCM Exhibit 12-19

128
Q

Shrinkage of Soil Mass

A

NCEES Handbook 5.5.3

129
Q

Traffic Control Signal Need Studies

A

MUTCD Chapter 4C

130
Q

Temporary Traffic Control

A

MUTCD Chapter 6A

131
Q

Safety Predictive Method for Rural Multilane Highways

A

Highway Safety Manual Volume 2 Chapter 11

132
Q

Work Zone Safety/Traffic Features

A

Roadside Design Guide Chapter 9

133
Q

Freeway Capacity Definitions

A

HCM Volume 2 Chapter 12.2

134
Q

Highway Traffic Signals

A

MUTCD Chapter 4A

135
Q

Intersection Sight Distance

A

GDHS Chapter 9

136
Q

Traffic Analysis - Peak Hour Factor

A

NCEES Handbook 5.1.3.3

137
Q

Crash Effects of Roadway Elements

A

Highway Safety Manual Volume 3 Chapter 13

138
Q

Warning Signs and Object Markers

A

MUTCD Chapter 2C

139
Q

Pavement Rehabilitation Concepts

A

Design of Pavement Structures Part III Chapter 2

140
Q

Elements of Pedestrian Facility Design

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 3.1

141
Q

Safety Effectiveness Evaluation

A

Highway Safety Manual Volume 1 Chapter 9

142
Q

Rehabilitation Design Strategies

A

Mechanistic - Empirical Pavement Design Guide Chapter 13

143
Q

Freeways

A

GDHS Chapter 8

144
Q

Pavement Evaluation for Rehabilitation Design

A

Mechanistic - Empirical Pavement Design Guide Chapter 10

145
Q

Broken Back Culverts

A

Hydraulic Design of Highway Culverts Chapter 5

146
Q

Relative Soil Density

A

NCEES Handbook 5.5.1

147
Q

Selecting Counter Measures for Safety Concerns

A

Highway Safety Manual Volume 1 Chapter 6

148
Q

Layout of Two-Centered Compound Curves (Horizontal)

A

NCEES Handbook 5.2.2

149
Q

Culvert Repair and Rehabilitation

A

Hydraulic Design of Highway Culverts Chapter 6

150
Q

HCM Volume 3

A

Interrupted Flow

151
Q

Culvert Design for Aquatic Organism Passage (AOP)

A

Hydraulic Design of Highway Culverts Chapter 4

152
Q

Freeway Weaving Segements

A

HCM Volume 2 Chapter 13

153
Q

Signal Design

A

NCEES Handbook 5.4

154
Q

Off Street Pedestrian and Bicycle Facilities

A

HCM Volume 3 Chapter 24

155
Q

Lane/Shoulder Width

A

GDHS Chapter 4

156
Q

Maintenance of Pedestrian Facilities

A

Guide for Planning, Design, and Operation of Pedestrian Facilities Chapter 4.1

157
Q

Erosion and Sedimentation (Scour) for Culverts

A

Hydraulic Design of Highway Culverts Chapter 5

158
Q

LOS Concepts

A

HCM Volume 1 Chapter 5

159
Q

Engineering Probability/Statistics

A

NCEES Handbook 1.4

160
Q

Earthwork Construction and Layout

A

NCEES Handbook 2.1

161
Q

Design Traffic

A

NCEES Handbook 5.1.6

162
Q

Intersections

A

GDHS Chapter 9

163
Q

Sign, Signal, and Luminaire Supports

A

Roadside Design Guide Chapter 4

164
Q

Determining Site Conditions and Factors for Pavement

A

Mechanistic - Empirical Pavement Design Guide Chapter 9

165
Q

HCM Volume 4

A

Applications Guide

Civil Engineering PE: Transportation (2 decks)

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