Diversion Analysis. Appendix K
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1 Appendix K Appendix K
2 Appendix K Project Description The Project includes the potential closure of the eastbound direction ramp for vehicular traffic at Washington Street and University Avenue. In addition, the concept proposes to restrict vehicular traffic on the westbound direction at University Avenue and Front Street. The purpose of these changes to vehicular circulation (diversion) is to achieve the traffic volumes necessary to create a low stress street to accommodate a Bicycle Boulevard bikeway design along the section of University Avenue between Ibis Street and Front Street. This preliminary capacity analysis has been prepared to evaluate the potential effect in vehicular capacity along Washington Street as a result of traffic diversion from this section of University Avenue. This analysis used available turn movement data from multiple sources and newly commissioned intersection counts. The study area is shown in Figure 1. The locations analyzed are listed below. Intersections 1. Washington Ave and Goldfinch St 2. Washington Ave and Front St 3. Washington Ave and First Ave 4. Washington Ave and Fourth Ave 5. Washington Ave and Fifth Ave 6. Washington Ave and Eight Ave/SR 163 Off-Ramp 7. Washington Ave and Richmond St/ SR 163 On-Ramp 8. Washington Ave and Lincoln Ave 9. University Ave and Hawk St 10. University Ave and Goldfinch St 11. University Ave and Front Ave 12. University Ave and First Ave 13. University Ave and Fourth Ave 14. University Ave and Fifth Ave 15. University Ave and Sixth Ave 16. University Ave and Seventh Ave 17. University Ave and Eighth Ave 18. University Ave and Ninth Ave 19. University Ave and Tenth Ave 20. University Ave and Vermont St 21. University Ave and Richmond St 22. University Ave and Normal St 23. University Ave and Park Blvd 24. Normal St and Park Blvd 25. Robinson Ave and Park Blvd Study Scenarios The following scenarios were analyzed: Year 2035 without Project Year 2035 with Project The purpose of this preliminary capacity analysis is to identify any potential issues that may be associated with the Project once implemented. A complete traffic impact study including existing and future conditions will be conducted during the preliminary engineering phase of the Project. K-1
3 Appendix K Year 2035 Traffic Volumes The implemented traffic growth to the roadway network within the study area is a function of expected land development, economic activity, and changes in demographics. Several methods can be used to estimate this growth. For the purposes of this analysis, Year 2008 and Year 2035 based on the San Diego Association of Governments computerized travel forecast model (Series 12 Select Zone Analysis) were used. Using the existing counts volumes and the growth factor calculated by the interpolation of the two models, future base volumes were developed. Appendix K-A contains the growth calculation worksheets. Intersection Analysis Results Year 2035 peak hour period turning movement traffic volumes for both AM and PM peak hour were analyzed. Figures 2 and 3 show Year 2035 AM and PM peak hour without project traffic conditions for intersections respectively. Appendix K-B contains the traffic analysis methodologies and concepts used in this analysis. The 2035 baseline analysis assumes no roadway network changes. Table 1 summarizes the results of the intersection analysis. As shown on Table 1, all intersections in the study area operate at a level of service (LOS) D or above except for the following intersections: University Ave and 6th Ave LOS E (AM peak hour) Washington St and 8 th Ave/SR 163 Off-Ramp LOS F (PM peak hour) University Ave and Front St LOS F (PM peak hour) University Ave and Sixth Ave LOS E (PM peak hour) Appendix K-C contains the intersection analysis worksheets for the 2035 peak hour without project. K-2
4 Appendix K Figure 1 Study Area K-3
5 Appendix K Figure 2 Year 2035 AM Peak without Project Traffic Conditions K-4
6 Appendix K Figure 3 Year 2035 PM Peak without Project Traffic Conditions K-5
7 Appendix K Table 1 Year 2035 Peak Hour without Project Year 2035 without Project Conditions AM Peak Hour PM Peak Hour Delay LOS Delay LOS 1. Washington Ave & Goldfinch St 35.8 D 35.9 D 2. Washington Ave & Front St 11.5 B 15.9 B 3. Washington Ave & First Ave 26.3 C 33.8 C 4. Washington Ave & Fourth Ave 25.0 C 37.0 D 5. Washington Ave & Fifth Ave 13.7 B 20.1 C 6. Washington Ave & Eight Ave/SR-163 Off Ramp 42.1 D F 7. Washington Ave & Richmond St/SR-163 On Ramp 19.8 B 15.2 B 8. Washington Ave & Lincoln Ave 51.3 D 48.2 D 9. University Ave & Hawk St 18.6 C 22.9 C 10. University Ave & Goldfinch St 10.9 B 18.0 B 11. University Ave & Front Ave 27.9 D 53.1 F 12. University Ave & First Ave 19.8 C 28.2 C 13. University Ave & Fourth Ave 21.3 C 24.3 C 14. University Ave & Fifth Ave 20.9 C 28.3 C 15. University Ave & Sixth Ave 56.4 E 69.1 E 16. University Ave & Seventh Ave 4.1 A 8.6 A 17. University Ave & Eighth Ave 12.2 C 24.7 C 18. University Ave & Ninth Ave 8.0 B 11.9 B 19. University Ave & Tenth Ave 19.3 C 20.2 C 20. University Ave & Vermont St 12.0 B 17.8 B 21. University Ave & Richmond St 19.5 C 23.3 C 22. University Ave & Normal St 7.2 A 9.7 A 23. University Ave & Park Blvd 23.5 D 41.6 D 24. Normal St & Park Blvd 23.2 C 32.0 C 25. Robinson Ave & Park Blvd 7.1 A 8.6 A K-6
8 Appendix K Year 2035 with Project Conditions Year 2035 with project traffic volumes were developed by reassigning the Year 2035 base volumes discussed previously for both eastbound and westbound traffic from University Avenue onto Washington Street and adjacent streets. Changes were assessed by comparing the Year 2035 without Project conditions against the Year 2035 with the addition of the project traffic. Below is the list of assumptions made for the under Year 2035 with Project conditions (diversion from University Avenue to Washington Street). A 5 percent reduction was applied to diverted trips due to mode conversion from vehicle to bicycle as a result of the Project 50 bicycles on both eastbound and westbound direction on University Avenue During the AM Peak hour 225 trips were diverted in the eastbound direction 390 trips were diverted in the westbound direction During the PM Peak hour 500 trips were diverted in the eastbound direction 550 trips were diverted in the westbound direction A summary of the results is presented below. Intersection Analysis Results The Year 2035 with project peak hour period turning movement traffic volumes for both AM and PM peak hour are summarized in Figures 4 and 5 respectively. Table 2 summarizes the results of the intersection analysis. All intersections in the study area are calculated to operate at LOS D or above except for the following: University Ave and 6th Ave (LOS E ) during both AM peak and PM peak hour Washington St and 8 th Ave/SR 163 Off-Ramp (LOS E) during the AM peak hour and (LOS F) PM peak hour Washington St and Lincoln Ave (LOS E) during the AM peak hour and (LOS E) during the PM peak hour Normal St and Park Blvd (LOS F) during the PM peak hour Appendix K-D includes Year 2035 with project peak hour intersection analysis worksheets. K-7
9 Appendix K Figure 3 Year 2035 AM Peak with Project Traffic Conditions K-8
10 Appendix K Figure 3 Year 2035 PM Peak with Project Traffic Conditions K-9
11 Appendix K Table 2 Year 2035 Peak Hour with Project Intersections Year 2035 without Project Year 2035 with Project Delay Significant Delay LOS Delay LOS AM Peak Hour 1. Washington Ave & Goldfinch St 35.8 D 30.8 C -5.0 No 2. Washington Ave & Front St 11.5 B 8.1 A -3.4 No 3. Washington Ave & First Ave 26.3 C 24.1 C -2.2 No 4. Washington Ave & Fourth Ave 25.0 C 23.7 C -1.3 No 5. Washington Ave & Fifth Ave 13.7 B 24.8 C 11.1 No 6. Washington Ave & Eight Ave/SR-163 Off Ramp 42.1 D 66.1 E 24.0 Yes 7. Washington Ave & Richmond St/SR-163 On Ramp 19.8 B 16.8 B -3.0 No 8. Washington Ave & Lincoln 51.3 D 78.6 E 27.3 Yes 9. University Ave & Hawk St 18.6 C 9.3 A -9.3 No 10. University Ave & Goldfinch St 10.9 B 9.3 A -1.6 No 11. University Ave & Front Ave 27.9 D 11.0 B No 12. University Ave & First Ave 19.8 C 15.8 B -4.0 No 13. University Ave & Fourth Ave 21.3 C 25.3 C 4.0 No 14. University Ave & Fifth Ave * 20.9 C 23.4 C 2.5 No 15. University Ave & Sixth Ave * 56.4 E 68.2 E 11.8 Yes 16. University Ave & Seventh Ave 4.1 A 4.8 A 0.7 No 17. University Ave & Eighth Ave 12.2 C 12.2 B 0.0 No 18. University Ave & Ninth Ave 8.0 B 10.1 B 2.1 No 19. University Ave & Tenth Ave 19.3 C 16.9 B -2.4 No 20. University Ave & Vermont St 12.0 B 13.8 B 1.8 No 21. University Ave & Richmond St 19.5 C 16.5 B -3.0 No 22. University Ave & Normal St 7.2 A 8.9 A 1.7 No 23. University Ave & Park Blvd 23.5 D 23.9 C 0.4 No 24. Normal St & Park Blvd 23.2 C 24.6 C 1.4 No 25. Robinson Ave & Park Blvd 7.1 A 7.1 A 0.0 No PM Peak Hour 1. Washington Ave & Goldfinch St 35.9 D 35.8 D -0.1 No 2. Washington Ave & Front St 15.9 B 13.2 B -2.7 No 3. Washington Ave & First Ave 33.8 C 51.8 D 18.0 No 4. Washington Ave & Fourth Ave 37.0 D 44.3 D 7.3 No 5. Washington Ave & Fifth Ave 20.1 C 26.0 C 5.9 No 6. Washington Ave & Eight Ave/SR-163 Off Ramp F F 25.6 Yes 7. Washington Ave & Richmond St/SR-163 On Ramp 15.2 B 4.9 A No 8. Washington Ave & Lincoln Ave 48.2 D 68.3 E 20.1 Yes 9. University Ave & Hawk St 22.9 C 9.9 A No 10. University Ave & Goldfinch St 18.0 B 9.5 A -8.5 No 11. University Ave & Front Ave 53.1 F 9.9 A No 12. University Ave & First Ave 28.2 C 17.6 B No 13. University Ave & Fourth Ave 24.3 C 27.7 C 3.4 No 14. University Ave & Fifth Ave 28.3 C 32.6 C 4.3 No 15. University Ave & Sixth Ave 69.1 E 70.3 E 1.2 No 16. University Ave & Seventh Ave 8.6 A 12.3 B 3.7 No 17. University Ave & Eighth Ave 24.7 C 23.3 C -1.4 No 18. University Ave & Ninth Ave 11.9 B 16.9 B 5.0 No 19. University Ave & Tenth Ave 20.2 C 21.8 C 1.6 No 20. University Ave & Vermont St 17.8 B 18.0 B 0.2 No 21. University Ave & Richmond St 23.3 C 20.1 C -3.2 No 22. University Ave & Normal St 9.7 A 7.7 A -2.0 No 23. University Ave & Park Blvd 41.6 D 36.2 D -5.4 No 24. Normal St & Park Blvd 32.0 C 86.9 F 54.9 Yes 25. Robinson Ave & Park Blvd 8.6 A 8.6 A 0.0 No K-10
12 Appendix K-A Appendix K-A: Growth Calculation Sheet Roadway Segment University Avenue Park Boulevard Washington Street Table 1 Growth Calculation Sheet Year 2008 Year 2035 Growth west of Goldfinch east of Goldfinch st - 3rd rd - 4th th - 5th th - 6th Adj. Growth Subtotal th - 7th th - 8th th - 9th th - 10th Subtotal th - Vermont Vermont - Richmond Richmond - Normal Normal - Centre Centre - Park Subtotal University - Essex Essex - Robinson Robinson - Pennsylvania Brookes - Myrtle Upas - Morley Field Morley Field - Zoo Subtotal University - Hawk Hawk-Goldfinch Goldfinch-Dove Dove-Albatross Albatross-Front Front-1st st - 3rd rd - 4th th - 5th th - 6th th - 7th th - 8th th - 9th K-11
13 Appendix K-A Roadway Segment University Avenue Goldfinch St Albatross Front 1st 4th 5th 6th 9th Year 2008 Year 2035 Growth 9th-Vermont Vermont - Richmond Adj. Growth Subtotal North of Washington Washington-University South of University Subtotal North of Washington Washington-University Subtotal North of Washington South of Washington Subtotal Year Year Adj. Roadway Segment Growth Growth SR 163 Ramp/8th Vermont North of Washington Washington-University South of University Subtotal North of Washington Washington-University South of University Subtotal Washington-University South of University Subtotal North of Washington Washington-University South of University Subtotal Washington-University Subtotal Off-Ramp Subtotal K-12
14 Appendix K-A Roadway Segment University Avenue Richmond Lincoln Normal El Cajon Robinson Year 2008 Year 2035 Growth North of University Adj. Growth Subtotal South of Washington North of University South of University Subtotal North of Washington South of Washington Subtotal North of University South of Park Subtotal East of Park Subtotal West of Park East of Park Subtotal K-13
15 Appendix K-B Appendix K-B: Traffic Analysis Methodology A brief overview of traffic analysis methodologies and concepts used in this analysis is presented in this section. Street system operating conditions are typically described in terms of level of service. LOS is a report-card scale used to indicate the traffic flow on roadway segments and at intersections. LOS ranges from LOS A (free flow, little congestion) to LOS F (forced flow, extreme congestion). Intersection Capacity The analysis of peak hour intersection performance was conducted using the Synchro analysis software program, which uses methodologies defined in the 2000 Highway Capacity Manual (HCM) to calculate results. LOS for intersections is determined by control delay. Control delay is defined as the total elapsed time from when a vehicle stops at the end of a queue to the time the vehicle departs from the stop line. The total elapsed time includes the time required for the vehicle to travel from the last-inqueue position to the first-in-queue position; including deceleration of vehicles from free-flow speed to the speed of vehicles in the queue The HCM LOS for the range of delay by seconds for unsignalized and signalized intersections is described in Table 1. Table 1 Unsignalized and Signalized Intersection Level of Service (HCM 2000) Level of Service Unsignalized Average Control Delay (seconds/vehicle) Signalized Average Control Delay (seconds/vehicle) A B > > C > > D > > E > > F >50 > 80 Source: Highway Capacity Manual Signalized Intersections The HCM analysis methodology for evaluating signalized intersections is based on the operational analysis procedure. This technique uses 1,900 passenger cars per hour of green per lane as the maximum saturation flow of a single lane at an intersection. This saturation flow rate is adjusted to account for lane width, on-street parking, conflicting pedestrian flow, traffic composition, (e.g., the percentage of vehicles that are trucks), and shared lane movements (e.g., through and right-turn movements from the same lane). Average control delay is calculated by taking a volume-weighted average of all the delays for all vehicles entering the intersection. Level of Service Definitions The concept of LOS is defined as a qualitative measure describing operational conditions within a traffic stream, and the motorists' and/or passengers' perception of operations. A LOS definition generally describes these conditions in terms of such factors as speed, travel time, freedom to maneuver, comfort, convenience, and safety. Levels of service for freeway segments can generally be categorized as shown in the table above. K-14
16 Appendix K-C Appendix K-C: Peak Hour Intersection Analysis Worksheets 2035 Conditions K-15
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67 Appendix K-C K-66
68 Appendix K-D Appendix K-D: Peak Hour Intersection Analysis Worksheets 2035 with Project Conditions K-67
69 Appendix K-D K-68
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