* With exceptions for topography or special circumstances.

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Block Length Limits* Salem, OR 600 ft (180 m) Portland, OR Davidson, NC Raleigh, NC Fort Collins, CO Boulder, CO 530 ft 600 ft 1,500 ft Max block size (7-12 acres) 350 ft (by practice) * With exceptions for topography or special circumstances. Intro: 125

Abu Dhabi: Limited Connectivity 18 lanes of through traffic Up to 2,000 vehicles per lane hour Up to 36,000 vehicles per hour Intro: 126

Vancouver: High Connectivity 100 lanes of through traffic Up to 700 vehicles per lane hour Up to 70,000 vehicles per hour No freeways = twice the capacity! Intro: 127

Safety Intro: 128

Safety Intro: 129

Safety Intro: 130

Safety Intro: 131

Strong Emphasis on Safety Intro: 132

Strong Emphasis on Safety Intro: 133

Lane Width Studies on lane widths report mixed results, with some studies finding wider lanes are safer, and other finding wider lanes are more dangerous. In general, lane widths appear to have a U shaped relationship with crash performance, with crashes decreasing until lane widths reach roughly 11.5 feet, and increasing thereafter. Sources: Clark, 1985; Dumbaugh, 2005; Farouki and Nixon, 1976; Fitzpatrick et al., 2001; Gattis and Watts, 1999; Harwood, 1990; Hauer, 1999; Heimbach et al., 1983; Lee and Mannering, 1999; Noland and Oh, 2004; Zegeer, Deen and Mayes,1981. Intro: 134

Number of Lanes Studies consistently find that adding lanes increases crashes, while eliminating lanes though road diet projects decreases crashes. Sources: Dumbaugh, 2005; Harwood, 1986; Harwood,1990; Huang, Stewart, and Zegeer, 2001; Knapp and Giese, 2001; Milton and Mannering, 1998; Noland and Oh, 2004; Sawalha and Sayed (2001); Vitalano and Held 1991. Intro: 135

Key Design Principles 1. The best transport plan is a good land use plan 2. Good street design starts with pedestrians 3. A well-designed street network provides safety for all modes of transport 4. Street connectivity enhances capacity and allows smooth traffic flow 5. Street design reflects Plan 2030 goals for Abu Dhabi Emirate 6. Street design supports estidama principles Chapter 1: 136

Design Principles Good & Bad Chapter 1: 137

Manual Goals 1. Land use context 2. Safety 3. Efficiency 4. Sustainability 5. Public Health 6. Public Enjoyment 7. Economic Development and Tourism 8. Culture and Image The design of the public realm should respect local culture & traditions Chapter 1: 138

Conventional Approach Chapter 2: 139

Changing Land Use Context Chapter 2: 140

Changing Land Use Context Liwa Road in Madinat Zayed Chapter 2: 141

NEW STREET TYPOLOGIES: BOULEVARD WITH FRONTAGE LANE (CITY CONTEXT) SIDEWALKS TRAVEL LANES MEDIANS STREET DESIGN MANUAL Chapter 2: 142

NEW STREET TYPOLOGIES SIDEWALKS CYCLE TRACK PUBLIC TRANSIT TRAVEL LANES MEDIANS STREET DESIGN MANUAL Chapter 2: 143

COMPLETE STREETS: BALANCE BETWEEN MOBILITY, PEDESTRIAN COMFORT & VISUAL ATTRACTIVENESS STREET DESIGN MANUAL Chapter 2: 144

Naming Combinations Chapter 2: 145

Street Typology Examples Chapter 2: 146

COMPLETE STREETS: BALAN BETWEEN MOBILITY, PEDESTRIAN COMFORT & VISUAL ATTRACTIVENESS STREET DESIGN MANUAL Chapter 2: 147

URBAN DESIGN FUNCTION AND AESTHETIC CONSIDERATIONS STREET DESIGN MANUAL Chapter 2: 148

Vehicle Speeds Chapter 3: 149

Design Process Chapter 4: 150

1. Determine and arrange land uses Chapter 4: 151

2. Identify Pedestrian Networks Chapter 4: 152

3. Identify Transit Networks Chapter 4: 153

4. Identify bicycle networks Chapter 4: 154

5. Identify and develop vehicle networks Chapter 4: 155

6. Determine street cross sections Chapter 4: 156

7. Transfer into plan Chapter 4: 157

8. Locate street elements Chapter 4: 158

9. Note interaction areas on plan Chapter 4: 159

10. Rationalize solutions Chapter 4: 160

11. Begin urban design and landscape planning Chapter 4: 161

Apply performance measures Chapter 4: 162

Category 1 Exception Category 2 Exception Exceptions Integration with the approvals process Extract from UPC s Development Review Process Chapter 4: 163

Integrating the Design Process with the UPC s Approval Process

Street Design Elements Prioritization Chapter 5: 165

Pedestrian Realm Zones Chapter 5: 166

Standard City Dimensions Chapter 5: 167

City Cross-Sections Chapter 5: 168

Standard Town Dimensions Chapter 5: 169

Town Cross-Sections Chapter 5: 170

Mushtarak Cross-Sections & Examples One-way Street Sikka Shared Access Lane Mushtarak in Abu Dhabi Sikka example in Abu Dhabi Chapter 5: 171

Pedestrian Crossing Location Chapter 5: 172

Metro Tram Bus Rapid Transit Advantages and Disadvantages Of Center, Side, and Sidewalk- Running Tram High quality Metro station entrance Paris, France High quality tram station Minneapolis, USA Chapter 5: 173

Bus Taxis Private Transit Comparison of Near, Far, and Midblock Bus Stops Bus Rapid Transit on boulevard Mexico City, Mexico Chapter 5: 174

Bicycle Facility Type Cycle Track along Taxi and Private Bus Lay-By Cycle Track along Bus Stop Chapter 5: 175

Examples of Bicycle Facilities Typical Cycle Track Typical Bicycle Lane with Parking and Door Zone Typical Yield Lane with Sharrow Marking for Shared Lane Chapter 5: 176

Bicycle Facilities at Junctions Cycle Track through Minor Junction Bicycle box, surfaced in the same color as the bicycle lane Shared Waiting Space for Bicyclists and Pedestrians at Junction Chapter 5: 177

Junction Design Junction Types Junction Layout Typical Boulevard Junction with Tram Chapter 5: 178

Junction Spacing Maximum Town Junction Spacing Through Street Spacing Criteria (meters) Control Measures Chapter 5: 179

Sight Distance Curb Extension Increases Visibility Design Vehicle Junction Control Matrix Sight Distance Requirements Corners Designed for Trucks Allow High Car Speeds Chapter 5: 180

Corner Radii Actual Versus Effective Turning Radius Example of Swept Path Simulation Chapter 5: 181

Traffic Calming Principles & Approaches Relationship between speed and pedestrian fatality Typical Raised Intersection Typical Speed Table Typical Speed Cushions Typical Raised Crossing Chapter 5: 182

PEDESTRIAN REALM ZONES STREET DESIGN MANUAL Chapter 6: 183

STREET DESIGN MANUAL

185

Jeffrey Tumlin 116 New Montgomery St, Suite 500 San Francisco CA 94105 (415) 284-1544 jtumlin@nelsonnygaard.com NELSON\NYGAARD CONSULTING ASSOCIATES 2011