Traffic Operational Analysis Sample Clauses

Traffic Operational Analysis. The Engineer shall perform operational analysis for the existing conditions as well as proposed condition for US 54 from the Xxxx Xxxxxx Bridge to the US54/US 87 intersection. The Engineer shall develop VISSIM traffic models for the existing conditions and the 3-lane configuration for the existing and design year traffic. The following tasks shall be completed for the operational analysis: a. Existing Conditions Analysis. Existing condition intersections models (up to 6 intersections identified in the turning movement count list) shall be developed using Synchro® software for US 54 for both AM and PM peak hour. The existing traffic count data (and geometry information from the field review shall be used for developing the VISSIM model. The following existing VISSIM models shall be developed utilizing the existing traffic count data and geometry information from the field review. i. US 54: EXISTING TRAFFIC AND EXISTING LANE CONFIGURATION 1. US 54: 2 to 5-lane section from Xxxx Xxxxxx Bridge to Bea Street 2. US 54: 5 to 4-lane section from Bea Street to Denver Avenue (Including Denrock Avenue signalized intersection)
Sample 1
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Traffic Operational Analysis. The Engineer shall perform operational analysis for the existing conditions as well as proposed condition for the segment of US 54 from the vicinity of the BNSF railroad crossing to the FM 2677 intersection. The Engineer shall develop VISSIM traffic models for the existing conditions as well as up to five (5) total geometric alternatives for the ultimate configuration. The following tasks shall be completed for the operational analysis: a. Existing Conditions Analysis. Existing condition intersections models (up to 4 intersections identified in the turning movement count list) shall be developed using Synchro® software for US 54 for both AM and PM peak hour. The existing traffic count data (and geometry information from the field review shall be used for developing the VISSIM model. The following existing VISSIM models shall be developed utilizing the existing traffic count data and geometry information from the field review.
Sample 1
Traffic Operational Analysis. The study area is defined as the intersections and roadway links where data was collected (two intersections), KH will conduct the analysis for the weekday AM and PM peak hour time periods. KH will perform the following tasks: ⚫ Evaluate the existing (2022) intersection operational conditions at each existing study intersection; ⚫ Calculate the site buildout year each study intersection by inspection of growth rates and addition of traffic from other committed developments in the vicinity; ⚫ Evaluate the intersection operational conditions for each background traffic scenario; ⚫ Calculate new site-generated traffic based on ITE Trip Generation Manual, latest edition, including reductions for internal capture and transit adjacency; ⚫ Create distribution of site-generated traffic in the major directions; ⚫ Assign site-generated traffic onto site driveways and adjacent roadways; ⚫ Evaluate intersection traffic operations for the buildout scenarios using background and site- generated traffic at the study intersections; ⚫ Perform a link capacity analysis for the roadway adjacent to the site for the existing and future year scenarios; ⚫ Identify intersection and thoroughfare deficiencies based on background and site-related traffic; ⚫ Recommend site access and transportation improvements needed to maintain traffic flow in the study area, and identify the site’s pro-rata share of the costs, if any, and ⚫ Recommend intersection geometry and type of traffic control at project driveways. ⚫ No traffic signal warrant analysis is included as part of this scope of services
Sample 1
Traffic Operational Analysis. The Engineer shall perform operational analysis for the existing conditions as well as proposed condition for the segment of IH 40 from West of Xxxxxx Street to West of Eastern Street the Engineer shall perform operational analysis for the existing conditions as well as up to three (3) total geometric alternatives for the ultimate configuration of the project corridor. The following tasks shall be completed for the operational analysis:
Sample 1
Traffic Operational Analysis. The Engineer shall perform operational analysis for the existing conditions as well as proposed controlled access facility for segment C-1, C-2, D, and A-3. The Engineer shall perform operational analysis for the existing conditions as well as up to two (2) total geometric alternatives for the ultimate configuration of the SL 335 and US 87 interchange. The following tasks shall be completed for the operational analysis: 4.7.3.1 Existing Conditions Analysis Existing condition intersections models (up to 67 intersections identified in the table below) shall be developed using Synchro software for SL 335 for both AM and PM peak hour. The existing traffic count data and geometry information from the field review shall be used for developing the model. The existing conditions model shall be verified to queuing information obtained from the field review. Segment C-  SL 000 (Xx Xxxxxxx Xxx) Westbound and FM 1 1719 (Western St)  SL 000 (Xx Xxxxxxx Xxx) Eastbound and FM 1719 (Western St)  SL 000 (Xx Xxxxxxx Xxx) and Xxxxxx Dr Loop Connector  SL 335 (St Xxxxxxx Ave) and Xxxxxx Dr (North Intersection)  SL 335 (St Xxxxxxx Ave) and Xxxxxx Dr (South Intersection)  SL 335 (St Xxxxxxx Ave) and Xxxxxxx St  SL 000 (Xx Xxxxxxx Xxx) Westbound and RM 1061 (Tascosa Rd)  SL 335 (St Xxxxxxx Ave) Eastbound and RM 1061 (Tascosa Rd)  SL 000 (Xx Xxxxxxx Xxx) and SW 9th Ave  SL 000 (Xx Xxxxxxx Xxx) and Soncy Rd Segment C-  SL 335 (St Xxxxxxx Ave) and Echo Xx 0  XX 000 (Xx Xxxxxxx Xxx) and Morning Dr  SL 000 (Xx Xxxxxxx Xxx) and Slope Dr  SL 000 (Xx Xxxxxxx Xxx) and Mountain Dr  SL 000 (Xx Xxxxxxx Xxx) and Quincy Dr  SL 000 (Xx Xxxxxxx Xxx) and Pavillard Dr  SL 000 (Xx Xxxxxxx Xxx) and Xxxxxxxx Dr  SL 000 (Xx Xxxxxxx Xxx) and Xxxxx Xx  SL 000 (Xx Xxxxxxx Xxx) and Xxxxxx Xx  SL 000 (Xx Xxxxxxx Xxx) and River Rd  SL 000 (Xx Xxxxxxx Xxx) and US87 (Xxxxx Dr) Northbound  SL 335 (St Xxxxxxx Ave) and US87 (Xxxxx Dr) Southbound  SL 000 (Xx Xxxxxxx Xxx) Westbound and FM 2176 (Broadway Dr)  SL 000 (Xx Xxxxxxx Xxx) Eastbound and FM 2176 (Broadway Dr)  XX 00 XXXX xxx X. Xxxxxxx Xxx  XX 87 SBFR and E. Central Ave  XX 00 XXXX xxx X. Xxxxxx Xxxxx Xx  XX 87 SBFR and E. Willow Creek Dr Segment D  SL 335 (Lakeside Dr) Southbound and SE 3rd Ave  SL 335 (Lakeside Dr) Northbound and XX 0xx Xxx  XX 000 (Xxxxxxxx Xx) and Xxxxx 00 Xxxx Xxxxxx DocuSign Envelope ID: 67397975-F81B-4755-90E3-12120FAB096F  SL 335 (Lakeside Dr) Northbound and Route 66 (Business 40)  SL 335 (Lakeside...
Sample 1
Traffic Operational Analysis. The existing year, opening year, and design year will be established.
Sample 1
Traffic Operational Analysis. The task will identify the area type, traffic conditions, and analysis tools that will be used for operational analysis. The following will be covered under this task:
Sample 1
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Traffic Operational Analysis. 6.1. Perform peak hour traffic operational analyses for all scenarios in scope item 4.1 and for all the project intersections in scope item 1 using Synchro traffic modeling software. Evaluate the project intersections under the following traffic conditions and roadway configurations: a. Existing Conditions (current roadway configuration, current year traffic conditions) b. Event No‐Build Conditions (current roadway configuration, traffic conditions during the USGA Senior Open event) c. Event Build Conditions (improved roadway configuration, traffic conditions during the USGA Senior Open event) 6.2. Perform a peak hour traffic sensitivity analysis to determine the effects of small traffic volume fluctuations on intersection capacity. 6.3. Provide software outputs detailing intersection and individual movement performance factors including level of service, total delay, volume to capacity ratio, 95th percentile queue lengths, and any other critical intersection operational data. 6.4. Identify delay/LOS deficiencies and queueing deficiencies for scenarios in scope item 6.1. 6.5. Evaluate bicycle and pedestrian traffic concerns given the expected increase in traffic due to the event. 6.6. Complete conceptual traffic signal warrant analyses at two (2) intersections for the Event No‐build scenario in scope item 6. 1. The purpose of this analysis is to evaluate and identify the need for added traffic control due to additional event traffic, including police enforcement. 6.7. Determine the changes to lane configuration, signal phasing, and signal timing needed to appropriately accommodate the additional event traffic.
Sample 1

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