Proposed Street Network

Page 1

Street Networks

Bike Ways, Sidewalk, Trails

Mount Airy Forest

Legend Proposed Roads Shared Bike Ways Sidewalks Existing Trails New Trails Bridges Streams Contour Lines

A. Ariza, C. Chittum, & J. Gould

Proprosed Roads Legend Proposed Roads Existing Roads Bridges Streams Site Selection Boundary Mount Airy Boundary Contour Lines

1,000

0

2,000 Feet

N

Street Hierarchy

2,000

In Mount Airy, we chose the most suitable area for development and began our plan with the creation of a proposed street network. The Proposed Roads mostly follow the topography and are connected to the existing roads. Bridges have been proposed in some areas to help the connection between secluded areas surrouded by streams.

1,000

0

2,000 Feet

Road System Types Road System Type

Grid System

N

Loop & Lollipop System

Picture of Road System

Legend Proposed Roads Existing Roads Arterial Collector Sub-Collector Local Bridges Streams Contour Lines 1. 2. 3. Plan Views

Radial System

3 2

1

There are certain roads with shared bike lanes and sidewalks. We created a proposed walking trail system that connects to existing walking trails. The road network within our chosen site is organized by a hierarchy system that includes: the Artierals, Collector, Sub-Collector, and Local. These categories are arranged from the busiest roads to the least busiest roads.

Intersection Points

Our street network within our chosen site consist of different road system types that include: the Grid System, Looping System, Lollipop on a Stick System, and Radial System. # of Intersections

15

10

2,000 Feet

1,000

0

N

16

1

The cul-de-sac at the end of a local road has a round green space circle in the middle, roads with shared pedestrian walkways, and trees lining the roadways. Our T-Intersections that are located in the commercial center are two lanes wide. The shown T-Intersection diagram has parallel and perpendicular parking, and tree buffers protecting pedestrians on the sidewalks. In our plans we incorporated many different types of pervious materials.

N

100

Our four way intersection is located on the northern side of our commercial corridor. The bulb outs not only define the parrallel and perpendicular parking along the street but also created a shorter distance for pedestrians to cross. This helps make the intersection a safer and more pedestrian-friendly environment. 50

25

0

5 ft.

100 Feet

6 ft.

TREES WALKING LANE & PARKING AREA

21 ft.

1 ft.

ONE WAY ROADROUND ABOUT

40 ft.

1 ft.

GREEN SPACE-CIRCLE

CURB

CURB

21 ft. ONE WAY ROADROUND ABOUT

6 ft.

5 ft.

WALKING LANE & TREES PARKING AREA

The character we tried to convey in our site is a rustic environment. Conserving as much existing natural environment as possible was important in the design of the development.

2,000

1,000

2

N

100

18 ft. PARALLELPARKING SPOT

50

25

100 Feet

0

7 ft.

5 ft.

25 ft.

TREE BUFFER 2 WAY STREET SIDEWALK

117 ft.

15 ft.

PARALLEL ROAD

PARALLEL ROAD WITH PARALLELPARKING

SIDEWALK/CURB/BULB OUT

208 ft. LENGTH OF PARALLEL ROAD 91 ft.

23 ft.

5 ft.

SIDEWALK

TREE BUFFER

3

100

N

50

25

0

100 Feet

10 ft. PEDESTRIAN SIDEWALK

5 ft. TREE BUFFER

7 ft. PARALLEL PARKING & BULB-OUT

11.5 ft.

11.5 ft.

LEFT LANE

RIGHT LANE

18 ft. PERPENDICULAR PARKING & BULB-OUT

5 ft. TREE BUFFER

10 ft. PEDESTRIAN SIDEWALK

25 ft. 2 WAY ROAD

5 ft.

10 ft.

TREE BUFFER SIDEWALK


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