Appendix H. FIGURES AND DIAGRAMS
FIGURES FROM SECTION 1
Figure 1-1 Street Network System
Figure 1-2 Relationship of Street Classification with Access and Mobility
Figure 1-3 Types of Vertical Curves, AASHTO 1984
Figure 1-4 Design Controls for Crest Vertical Curves, AASHTO 1984
Figure 1-5 Design Controls for SAG Vertical Curves, AASHTO 1984
Figure 1-6 Desirable Sight Triangle
Figure 1-7 Intersection Nose Treatment, 6 Lane Divided and 6 Lane Divided
Figure 1-8 Intersection Nose Treatment, 6 Lane Divided and Neighborhood Collector
Figure 1-9 Design Elements of Left-turn Bay Channelization
Figure 1-10 Left-Turn Bay Channelization
Figure 1-11 Bay Taper Design
Figure 1-12 Effect of Curves on Bay Tapers
Figure 1-13 Typical Median Application for Providing Left-Turn Deceleration and Storage into Driveway or Cross-Street
Figure 1-14 Typical Median Application for Providing Crossing Vehicle Protection from a Driveway or Cross-Street
Figure 1-15 Typical Median Application, Limitation of Movement to Entering Left-Turns, One Direction
Figure 1-16 Typical Median Application, Limitation of Movement to Entering Left-Turns, Two Directions
Figure 1-17 Typical Median Application, Providing "U" Turn Movements
Figure 1-18 Typical Median Application, Channelized "T"
Figure 1-19 Median Breaks
Figure 1-20 Typical Median Opening Layout
Figure 1-21 Typical Median Application, Full Function, Spacing Appropriate for Signalization
Figure 1-22 Design Criteria For Local Streets (SF-1 or SF-2)
Figure 1-23 Design Criteria for Local Streets (SF-3 thru SF-6)
Figure 1-24 Design Criteria for Loop Streets
Figure 1-25 Design Criteria for Elbow Streets
Figure 1-26 Design Crieria for Corner Bubble
Figure 1-27 Design Criteria for Residential Collector Streets
Figure 1-28 Design Criteria for Neighborhood Collector Streets
Figure 1-29 Design Criteria for Commercial Collector Streets
Figure 1-30 Design Criteria for Industrial Collector Streets
Figure 1-31 Design Criteria for Primary Collector Streets, 4 Lanes
Figure 1-32 Design Criteria for Primary Collector Street, 5 Lanes
Figure 1-33 Design Criteria for Primary Collector Street, 4 Lanes Divided
Figure 1-34 Design Criteria for Primary Collector Street, 6 Lanes Divided
Figure 1-34A Design Crieria for MNR 2: Two Lanes, Undivided Minor Arterial Streets with Shared Wide Curb Lanes
Figure 1-34B Design Criteria for MNR 2: Two Lanes, Undivided Minor Arterial Streets with Bike Lanes
Figure 1-34C Alternate Design Criteria for MNR 2: Two Lanes with Ribbon Curb, Undivided Minor Arterial Streets with Shared Wide Curb Lane
Figure 1-34D Alternate Design Criteria for MNR 2: Two Lanes with Ribbon Curb, Undivided Minor Aterial Streets with Bike Lanes
Figure 1-34E Alternate Design Criteria for MNR 2: Two Lanes Without Curb and Gutter, Undivided Minor Arterial Streets with Shoulder
Figure 1-35A Design Criteria for MNR 4: Four Lanes, Undivided Minor Arterial Streets with Shared Wide Curb Lanes
Figure 1-35B Design Criteria for MNR 4: Four Lanes, Undivided Minor Arterial Streets with Bike Lanes
Figure 1-36 Design Criteria for 4 Lane Minor Arterial Streets with a Continuous Left-Turn Lane
Figure 1-36A Design Criteria for MAU 4: Four Lanes, Undivided Major Arterial Streets with Shared Wide Curb Lanes
Figure 1-36B Design Criteria for MAU 4: Four Lanes, Undivided Major Arterial Streets with Bike Lanes
Figure 1-37 Design Criteria for 4 Lanes Divided, Minor Arterial Streets
Figure 1-37A Design Criteria for MAD 2: Two Lanes, Divided Major Arterial Streets with Two-Way Left-Turn Lane and Shared Wide Curb Lanes
Figure 1-37B Design Criteria for MAD 2: Two Lanes, Divided Major Arterial Streets with Bike Lanes and Two-Way Left-Turn Lane
Figure 1-37C Design Criteria for MAD 4: Four Lanes, Divided Major Arterial Streets with Raised Median and Shared Wide Curb Lanes
Figure 1-37D Design Criteria for MAD 4: Four Lanes, Divided Major Arterial Streets with Bike Lanes and Raised Median
Figure 1-37E Design Criteria for MAD 4: Four Lanes, Diided Major Arterial Streets with Two-Way Left-Turn Lane and Shared Wide Curb Lanes
Figure 1-37F Design Criteria for MAD 4: Four Lanes, Divided Major Arterial Streets with Bike Lanes and Two-Way Left-Turn Lane
Figure 1-38 Design Criteria for MAD 6: Six Lanes, Divided Major Arterial Streets with Bike Lanes and Raised Median
Figure 1-40 Design Criteria For Local Cul-De-Sac
Figure 1-41 Design Criteria For Commercial Cul-De-Sac
Figure 1-42 Design Criteria For Industrial Cul-De-Sac
Figure 1-42A Design Criteria for Open-Ended Cul-de-sac
Figure 1-43 Design Criteria For One-Way Alleys
Figure 1-44 Design Criteria For Two-Way Alleys
Figure 1-45 Alternate Design Criteria for Local Street with Standard Curb and Gutter (SF-1 or SF-2)
Figure 1-46 Alternate Design Criteria for Local Street with Standard Curb and Gutter (SF-3 thru SF-6)
Figure 1-47 Alternate Design Criteria for Local Street without Standard Curb and Gutter
Figure 1-48 Alternate Design Criteria for Residential Collector Street with Standard Curb and Gutter
Figure 1-49 Alternate Design Criteria for Residential Collector Street without Standard Curb and Gutter
Figure 1-50 Alternate Design Criteria for Neighborhood Collector Street with Standard Curb and Gutter
Figure 1-51 Alternate Design Criteria for Neighborhood Collector Street without Standard Curb and Gutter
Figure 1-52 Alternate Design Criteria for Commercial Collector Street with Standard Curb and Gutter
Figure 1-53 Alternate Design Criteria for Commercial Collector Street without Standard Curb and Gutter
Figure 1-54 Alternate Design Criteria for Industrial Collector Street with Standard Curb and Gutter
Figure 1-55 Alternate Design Criteria for Industrial Collector Street without Standard Curb and Gutter
Figure 1-56 Alternate Design Criteria for Primary Collector Street with Standard Curb and Gutter
Figure 1-57 Alternate Design Criteria for Primary Collector Street without Standard Curb and Gutter
Figure 1-58 Alternate Design Criteria for Divided Primary Collector Street without Standard Curb and Gutter
Figure 1-59 Cul-de-sacs and Single Outlet Streets
Figure 1-60 Alternate Design Criteria for Local Cul-de-sacs with Standard Curb and Gutter
Figure 1-61 Alternate Design Criteria for Local Cul-de-sacs without Standard Curb and Gutter
FIGURES FROM SECTION 2
Figure 2-1 Flow Chart of Traffic Impact Analysis
FIGURES FROM SECTION 3
Figure 3-1 Relationship Between Flexural, Splitting Tensile and Compressive Strengths for Concrete Made with Three Types of Aggregate
Figure 3-2 Correction of Effective Modulus of Subgrade Reaction for Potential Loss of Subbase Support
Figure 3-3 Nomograph for Selecting Swelling Rate Constant
Figure 3-4 Determining the Approximate Potential Vertical Rise (PVR) for Natural Soils
Figure 3-5 Chart for Estimating Serviceability Loss Due to Roadbed Swelling
Figure 3-6 Approximate Method for Estimating Design Subgrade Stiffness Coefficient (SSC) from Laboratory Determined Texas Triaxial Class for Subgrade
Figure 3-7 Relationship Recommended for Estimating Modulus of Subgrade Reaction from Texas Triaxial Class
Figure 3-8 Illustration of the Effect of Confidence Level on Design Pavement Structural Requirements
Figure 3-9 Illustration of Linear Maintenance Cost Model Used in MFPS-1 to Estimate Future Maintenance Expenditures for a Given Facility
Figure 3-10 Detour Models That Can Be Considered for Routing Traffic Through the Restricted Overlay Zone
Figure 3-11 Detour Models That Can Be Considered for Routing Traffic Through the Restricted Overlay Zone — continuation
FIGURES FROM SECTION 4
Figure 4-1 Curb Ramp
Figure 4-2 Curb Ramp Cross Section
Figure 4-3A Detail Detectable Warning On Walk Surface
Figure 4-3B Detectable Warning On Walk Surface
Figure 4-5 Returned Curb
FIGURES FROM SECTION 5
Figure 5-1 Variance Grant for Temporary Type III Permit
Figure 5-2 General Driveway Layouts
Figure 5-3 Volume Warrants For Right-Turn Deceleration Lanes
Figure 5-4 Driveway Profile
Figure 5-5 Flared Driveway
Figure 5-6 Design Criteria for Limited Movement Driveways
FIGURES FROM SECTION 6
Figure 6-1 Roadway With Barrier Curb
Figure 6-2 Roadway With Shoulder
Figure 6-3 Roadway with Side Slopes
Figure 6-4 Clear Zone Adjustment on Curve Section of Roadway
Figure 6-5 Typical Existing and Newly Planted Trees in Median
Figure 6-6 Landscaping Requirements within the Sight Triangle at Intersection
FIGURES FROM SECTION 7
Figure 7-1 Off-Road Bikeways, Bicycle-Pedestrian Path
Figure 7-2 Bicycle Lane
Figure 7-3 Bibycle Compatible Street
Figure 7-4 Standard Superelevation For Bikeways
Figure 7-5 Curve Widening — Bikeways
Figure 7-6 Desirable Grade — Bikeways
Figure 7-7 Stopping Sight Distance — Bikeways
Figure 7-8 Bikeway Sight Distance For Crest Vertical Curves
Figure 7-9 Bicycle Ramp Design
Figure 7-10 Bike Lane Treatment at Intersections
Figure 7-11 Standard Bikeway Signs
FIGURES FROM SECTION 8
Figure 8-1 Lane Line Spacing
Figure 8-2 End of School Zone Lines
Figure 8-3 School Crosswalks
Figure 8-4 Typical Striping
Figure 8-5 End of School Zone Sign
Figure 8-6 Central Business District Boundaries
(Amended — Rule Adopted 02/20/98)
Figure 8-7 Component Parts of a Temporary Traffic Control Zone
(Amended — Rule Adopted 02/20/98)
Figure 8-8 Typical Tapers and Buffer Space
(Amended — Rule Adopted 02/20/98)
Figure 8-9 Use of Hand Signaling Devices by Flagger
(Amended — Rule Adopted 02/20/98)
Figure 8-10 Typical Signs Used in Temporary Traffic Control Zone
(Amended — Rule Adopted 02/20/98)
Figure 8-11 Barricade Specifications
(Amended — Rule Adopted 02/20/98)
Figure 8-12 Pedestrian Canopy Walk Way
(Amended — Rule Adopted 02/20/98)
FIGURES FROM SECTION 9
Figure 9-1 Parking Lot Design
Figure 9-2 Fire Access Parking Lots
Figure 9-3 Use of Interior Planted Strips to Prevent High Speed Diagonal Movement
Figure 9-4 Curbed End-Islands Preclude Parking Within the Sight Triangle
Figure 9-5 Typical End Island Designs for Ninety Degree Parking
Figure 9-6 Typical End Island Designs for Sixty Degree Parking
Figure 9-7 Loading Dock Dimensions
Figure 9-8 Service Station Queuing
Figure 9-9 Design Criteria for Semicircular Drop-offs