Lyngby Hovedgade, Lyngby, Denmark
Lecture 4.2 illustrates the wide variety of street types that make up the street network in Prenzlauer Berg, Berlin.
Estimate 1) likely volume of people transported, 2) likely traffic vehicle volume and 3) traffic speed on each road. (Just ballpark in all cases).
Describe specific features of the i) street network design, and ii) street design characteristics that contribute to
the transportation performance (identified above).
This question is based on the street network shown in the attached slide show.
A total of five squares are highlighted for the three street networks. For the section of street network that is highlighted determine
The type of street network based on the classification system given in Lecture 4.1
The scale or density of the network (based on intersection per square mile)
The level of connectedness of the street network (based on link-to-node ratio).
Question 3 (this material was not yet covered, you may skip for this HW)
In Lecture 4.2, street networks are shown for three potential stops on the proposed new Hartford Line (commuter rail from New Haven to Springfield) and one stop on the Shoreline East Rail Line (four stops in all).
Use the seven patterns for strong urban street network to rate these street network on the extent to which they meet each criteria.
Based on these ratings, list the cities in the order from best to worst on the strength of their street network, and thus, their potential to host strong transit oriented development (TOD).