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Manual on Uniform Traffic Control Devices (MUTCD) What Is the MUTCD?
National Committee on Uniform Traffic Control Devices Bus/BRT Applications Introduction • I am Steve Andrle from TRB standing in for Randy McCourt, DKS Associates and 2019 ITE International Vice President • I co-manage with Claire Randall15 TRB public transit standing committees. • I want to bring you up to date on planned bus- oriented improvements to the Manual on Uniform Traffic Control Devices (MUTCD) What is the MUTCD? • Manual on Uniform Traffic Control Devices (MUTCD) – Standards for roadway signs, signals, and markings • Authorized in 23 CFR, Part 655: It is an FHWA document. • National Committee on Uniform Traffic Control Devices (NCUTCD) develops content • Sponsored by 19 organizations including ITE, AASHTO, APTA and ATSSA (American Traffic Safety Services Association) Background • Bus rapid transit, busways, and other bus applications have expanded greatly since the last edition of the MUTCD in 2009 • The bus-related sections need to be updated • Much of the available research speaks to proposed systems, not actual experience • The NCUTCD felt it was a good time to survey actual systems to see what has worked, what didn’t work, and to identify gaps. National Survey • The NCUTCD established a task force with APTA and FTA • Working together they issued a survey in April of 2018. I am sure some of you received it. • The results will be released to the NCUTCD on June 20 – effectively now • I cannot give you any details until the NCUTCD releases the findings Survey Questions • Have you participated in design and/or operations of -
Bus Rapid Transit (BRT) and Light Rail Transit
Bus Rapid Transit (BRT) and Light Rail Transit (LRT) Performance Characteristics Stations Mixed Traffic Lanes* Service Characteristics Newest Corridor End‐to‐End Travel Departures Every 'X' Travel Speed (MPH) City Corridor Segment Open length (mi) # Spacing (mi) Miles % Time Minutes BRT Systems Boston Silver Line Washington Street ‐ SL5 2002 2.40 13 0.18 1.03 42.93% 19 7 7.58 Oakland San Pablo Rapid ‐ 72R 2003 14.79 52 0.28 14.79 100.00% 60 12 14.79 Albuquerque The Red Line (766) 2004 11.00 17 0.65 10.32 93.79% 44 18 15.00 Kansas City Main Street ‐ MAX "Orange Line" 2005 8.95 22 0.41 4.29 47.92% 40 10 13.42 Eugene Green Line 2007 3.98 10 0.40 1.59 40.00% 29 10 8.23 New York Bx12 SBS (Fordham Road ‐ Pelham Pkwy) 2008 9.00 18 0.50 5.20 57.73% 52 3 10.38 Cleveland HealthLine 2008 6.80 39 0.17 2.33 34.19% 38 8 10.74 Snohomish County Swift BRT ‐ Blue Line 2009 16.72 31 0.54 6.77 40.52% 43 12 23.33 Eugene Gateway Line 2011 7.76 14 0.55 2.59 33.33% 29 10 16.05 Kansas City Troost Avenue ‐ "Green Line" 2011 12.93 22 0.59 12.93 100.00% 50 10 15.51 New York M34 SBS (34th Street) 2011 2.00 13 0.15 2.00 100.00% 23 9 5.22 Stockton Route #44 ‐ Airport Corridor 2011 5.50 8 0.69 5.50 100.00% 23 20 14.35 Stockton Route #43 ‐ Hammer Corridor 2012 5.30 14 0.38 5.30 100.00% 28 12 11.35 Alexandria ‐ Arlington Metroway 2014 6.80 15 0.45 6.12 89.95% 24 12 17.00 Fort Collins Mason Corridor 2014 4.97 12 0.41 1.99 40.00% 24 10 12.43 San Bernardino sbX ‐ "Green Line" 2014 15.70 16 0.98 9.86 62.79% 56 10 16.82 Minneapolis A Line 2016 9.90 20 0.50 9.90 100.00% 28 10 21.21 Minneapolis Red Line 2013 13.00 5 2.60 2.00 15.38% 55 15 14.18 Chapel Hill N‐S Corridor Proposed 8.20 16 0.51 1.34 16.34% 30 7.5 16.40 LRT Systems St. -
Development of Seismic Design Approach for Freestanding Freight Railroad Embankment Comprised of Lightweight Cellular Concrete
GeoCongress 2012 © ASCE 2012 1720 Development of Seismic Design Approach for Freestanding Freight Railroad Embankment Comprised of Lightweight Cellular Concrete J. Anderson1, Dr. S. Bartlett2, N. Dickerson3, and P. Poepsel4 1Geotechnical Engineer, HDR Engineering, Inc., 8404 Indian Hills Drive, Omaha, NE, 68114; PH (402) 399-1000; email: [email protected] 2Associate Professor, Department of Civil and Environmental Engineering, University of Utah, 201 Presidents Circle, Salt Lake City, UT 84112; PH (801) 587-7726; email: [email protected] 3Structural Engineer, HDR Engineering, Inc., 8404 Indian Hills Drive, Omaha, NE, 68114; PH (402) 399-1000; email: [email protected] 4Senior Geotechnical Engineer, HDR Engineering, Inc., 8404 Indian Hills Drive, Omaha, NE, 68114; PH (402) 399-1000; email: [email protected] ABSTRACT: Recent advances in research, laboratory testing and field evaluations of lightweight cellular concrete have led to an increased understanding about its application as a geomaterial. Recently, lightweight cellular concrete has been used to construct a 40-foot high by 50-foot wide freestanding railroad embankment with vertical sidewalls near Colton, California. The embankment and flyover structures are about 7,000 feet long and consist of 220,000 cubic yards of lightweight cellular concrete. The embankment was designed to support 3 simultaneous Cooper E-80 freight railroad live loads and seismic loading from a 2500-year return period earthquake event. In order to provide an earthquake resilient material, cellular concrete was selected because of its relatively low density (25 to 37 pounds per cubic foot) and high compressive strength (140 to 425 pounds per square inch), when compared with traditional backfill materials. -
Appendix E: Cultural Resources Technical Report
SAN BERNARDINO COUNTYWIDE PLAN DRAFT PEIR COUNTY OF SAN BERNARDINO Appendices Appendix E: Cultural Resources Technical Report June 2019 SAN BERNARDINO COUNTYWIDE PLAN DRAFT PEIR COUNTY OF SAN BERNARDINO Appendices This page intentionally left blank. PlaceWorks CULTURAL RESOURCES TECHNICAL REPORT FOR THE SAN BERNARDINO COUNTYWIDE PLAN, SAN BERNARDINO COUNTY, CALIFORNIA FEBRUARY 2019 PREPARED FOR PlaceWorks PREPARED BY SWCA Environmental Consultants E-1 E-2 CULTURAL RESOURCES TECHNICAL REPORT FOR THE SAN BERNARDINO COUNTYWIDE PLAN, SAN BERNARDINO COUNTY, CALIFORNIA Prepared for PlaceWorks 3 MacArthur Place, Suite 1100 Santa Ana, California 92707 Attn: Colin Drukker Prepared by Alex Wesson, B.A., Chris Millington, M.A., RPA and Nicole Kromarek, B.A. SWCA Environmental Consultants 51 W. Dayton Street Pasadena, California 91105 (626) 240-0587 www.swca.com Contact: Chris Millington, Project Manager SWCA Project No. 31474 SWCA Cultural Resources Report No. 18-270 February 2019 E-3 This page intentionally left blank. E-4 Cultural Resource Technical Report for the San Bernardino Countywide Plan, San Bernardino County, California EXECUTIVE SUMMARY Purpose and Scope: In support of the forthcoming San Bernardino Countywide Plan, PlaceWorks retained SWCA Environmental Consultants (SWCA) to summarize the existing conditions of cultural resources within the study area, evaluate potential impacts that could occur to these resources because of the Countywide Plan, and to provide mitigation measures for potential impacts. The study area is composed of all unincorporated lands that are subject to the County of San Bernardino’s land use jurisdiction; also referred to as the “County Control Area,” the study area is approximately 1,623,988 acres (2,537 square miles) in area, or 12.627 percent of the approximately 12,861,026-acre (20,105- square mile) county. -
Getting Rail to Redlands
Getting Rail to Redlands Carrie Schindler Rob Klovsky SBCTA, Director of Transit & Rail HDR, So. Cal. Transit Director ctaSan Bernardino, CA Irvine, CA San Bernardino County Transportation Authority Video cta cta cta Stage 1 Consolidating Train Storage cta Goals/Scope Expand from 5 to 12 train cap. cta cta Goals/Scope of Facility: • Connect Omnitrans sbX, Fixed Bus Routs, Metrolink and Future Arrow DMU Service • 22 fixed route bus bays • 8,000 SF Transit Center • LEED “Gold” Facility • Dedicated 60,000 SF of TOD/Mixed Use Stage 2 San Bernardino Transit Center cta cta Goals/Scope: • Extend Metrolink terminus to SBTC • Convert Depot to run-through station • Eliminate Puzzle-Switch • Grade Separate Pedestrians at Station • Construct Rail Station Platforms at SBTC • Project Cost: $125M Stage 3 DSBPRP Extension to SBTC cta cta cta cta Celebrating our Successes! cta Stage 4 Redlands Passenger Rail Project cta Strategic Plan RPRP – Phase 1 cta Strategic Plan RPRP – Phase 2 cta Positive Train System Quiet Zones Control Interoperability Project Elements cta Schedule cta General Plan Transit Villages cta New York Street Station cta New York Street Station cta Downtown Redlands Station cta Downtown Redlands Station cta Grant Recipient A modern rail service brought to you by the Redlands Passenger Rail Project First of its kind in San Bernardino County …from DMU to ZEMU First of its kind in North America TIRCP Grant Recipient cta Plan. Build. Move. www.goSBCTA.com 909.884.8276 @goSBCTA. -
2010 Inland Empire Report Card
Table of Contents ASCE Message from the Report Card Co-Chairs . 3 Introduction . 5 Who Pays for Infrastructure? . 5 Renewing and Building the Inland Empire . 5 Grading of Our Infrastructure . 6 Transportation . 11 School Facilities . 32 Aviation . 37 Energy . 43 Flood Control and Urban Runoff . 49 Parks, Recreation and Open Space . 52 Solid Waste . 56 Wastewater . 58 Water . 61 Recycled Water . 63 What You Can Do . 66 Methodology . 68 Committee Roster . 69 About ACEC . 72 About APWA . 73 About ASCE . 74 2010 Inland Empire Infrastructure Report Card 1 2 2010 Inland Empire Infrastructure Report Card REGION 9 LOS ANGELES SECTION San Bernardino & Riverside Counties Branch FOUNDED 1953 Message from the Report Card Co-Chairs Dear Friends, Even though “infrastructure” has gotten more attention over the past few years, there are many citizens who still do not fully understand the meaning of the word and why we need to care about it . For the record, infrastructure is the large-scale public systems, services, and facilities of a region that are necessary to support economic activity and quality of life . The systems that are readily used and noticed by the general public are the highway and public transportation systems, airports, school facilities, and community parks . Other systems of infrastructure that are not readily seen by the public are the underground water, sewer, and utility pipes, flood control systems that protect us from storm water runoff, and solid waste facilities . These are the “unsung heroes” of infrastructure, and are only a concern when they do not work . For example, turning on the faucet and nothing coming out, flushing the toilet and having it back-up, or putting out your trash, and no one picks it up . -
Water Quality Report
WATER QUALITY REPORT West Valley Connector Project April 2018 (Updated January 2020) 2018 Revision Log Date Description April 2018 Original report prepared January 2020 Project schedule update Mitigation measures update Water Quality Report TABLE OF CONTENTS Table of Contents ................................................................................................................... i List of Acronyms .................................................................................................................. iv Executive Summary ............................................................................................................ vii Introduction .................................................................................................................. 1 1.1 Project Location and Setting ................................................................................ 1 1.2 Purpose and Need ............................................................................................... 2 Project Description ...................................................................................................... 5 2.1 Proposed Project .................................................................................................. 5 2.1.1 Phase I/Milliken Alignment ....................................................................... 5 2.1.2 Phase II/Haven Alignment ........................................................................ 6 2.2 Project Alternatives ............................................................................................. -
System-Wide Transit Corridor Plan for the San Bernardino Valley
System-Wide Transit Corridor Plan for the San Bernardino Valley sbX E Street Corridor BRT Project Prepared for: Omnitrans Prepared by: Parsons Patti Post & Associates October 2010 This page intentionally left blank. Table of Contents EXECUTIVE SUMMARY ............................................................................................................. 1 CHAPTER 1 INTRODUCTION .................................................................................................. 5 1.1 SAFETEA-LU ............................................................................................................ 6 1.2 2004 System-Wide Plan ............................................................................................ 7 1.3 Development of the E Street Corridor ....................................................................... 7 1.4 California SB 375 .................................................................................................... 17 1.5 San Bernardino County Long Range Transit Plan ................................................... 18 1.6 Regionally Approved Travel Demand Model ........................................................... 21 1.7 Roles and Responsibilities ...................................................................................... 21 1.8 Opportunities to Shape Development/Redevelopment ............................................ 21 1.8.1 Economic Development ............................................................................. 21 1.8.2 Transit-Oriented Developments ................................................................ -
ARRIVE CORRIDOR FINAL REPORT TOC:1 Table of Contents
A DVANCED R EGIONAL R AIL I NTEG R ATED V I S ION E A S T THE A rr IVE CO rr IDO R FINAL REPORT SEPTEMBER 11, 2015 Prepared by: Gruen Associates HR&A Advisors, Inc. HDR Funding: The preparation of this report has been financed in part through grant funds from the United States Department of Transportation and the State of California Department of Conservation. In addition, the work upon which this publication is based was funded in part through a grant awarded by the Strategic Growth Council under Grant Number 3010-541, and the San Bernardino Associated Governments. The contents of this report reflect the views of the author who is responsible for the facts and accuracy of the data presented herein. The statements and conclusions of this report are those of the Consultant and not necessarily those of the Strate- gic Growth Council or of the State of California Department of Conservation, or its employees. In addition, the contents do not necessarily reflect the views or policies of SCAG or the San Bernardino Association of Governments (SANBAG). This report does not constitute a standard, specification or regulation. The Strategic Growth Council, the California Department of Conservation, SANBAG and SCAG make no warranties, express or implied, and assume no liability for the information contained in the succeeding text. TABLE OF CONTENTS 1.0 EXECUTIVE SUMMARY.................................................................................................................... 1:1 1.1 PURPOSE AND BACKGROUND................................................................................................. 1:2 1.1.1 Metrolink Commuter Rail – San Bernardino Metrolink Line.............................................. 1:2 1.1.2 Transit/Land Use Integration and Benefits...................................................................... -
Major Changes at the San Bernardino Station
5 6 DECEMBER 2016 | JANUARY 2017 DESTINATIONS CALENDAR OF SOUTHERN CALIFORNIA EVENTS AND DESTINATIONS TO REACH VIA METROLINK A YEAR IN REVIEW: METROLINK MILESTONES & HIGHLIGHTS 2016 & EVENTS For more events and destinations, go to: metrolinktrains.com/destinationsandevents Metrolink will operate normal Saturday service on METROLINK RIDERS SAVE $10 OFF Saturday, Dec. 24 and normal Sunday Service on SELECT DISNEY ON ICE SHOWS HOLIDAY EVENTS EDITION Sunday, Dec. 25. On Monday, Dec. 26, Metrolink Rev up for non-stop fun with will operate special Sunday service on the San four favorite Disney stories at Bernardino and Antelope Valley Lines only. No other lines will operate. Disney On Ice presents Worlds ® of Enchantment! See the To allow riders to attend the 2017 Tournament of Roses Parade in Pasadena Disney•Pixar Cars race across MAJOR CHANGES AT THE JANUARY MARCH MAY JUNE on Monday, Jan. 2, the first train on Metrolink’s San Bernardino Line will the ice; dive into fun with The $3 STATION-TO-STATION FARES METROLINK MOBILE FIRST OF 40 NEW TIER 4 91/PV LINE OPENS FOR SERVICE depart San Bernardino at 6:10 a.m. making all station stops and arriving at Little Mermaid; join the adven- To encourage local travel, Metrolink lowers TICKETING APP LAUNCHED LOCOMOTIVES ARRIVE Metrolink was ready to roll with 24 miles L.A. Union Station at 7:45 a.m. On the Antelope Valley Line, the first train will short distance fares system-wide to as low of new passenger rail line and four new tures of Buzz, Woody and the SAN BERNARDINO STATION Riders on the go can now purchase Metrolink has been upgrading its fleet of depart Lancaster at 5:40 a.m. -
Sbx E Street Corridor Project
sbX E Street Corridor Project Location: San Bernardino, CA Total Value: $81.3mil Owner: Omnitrans Completed: 2014 The E Street project is the first fire hydrants and also relocated history embedded in the glass. The Bus Rapid Transit system to be many underground water systems. artists’ creations include concrete implemented in the Inland Empire. Our landscape crews installed pavers, art glass panels, and The 16-mile corridor traverses new irrigation systems, bioswale sculptures, all of which are unique E Street from Northern San systems, new trees, shrubs, and and reflect the history and heritage Bernardino through downtown turf. Our joint venture partner, of both communities. all the way to Loma Linda. The Comet Electric, improved traffic completed project increases signals and street lighting and One of the significant challenges bus ridership, reduces bus travel also installed all electrical and Griffith Company faced on the times and vehicle traffic with the technological components at the sbX Project was working in close creation of dedicated bus lanes bus stations. proximity to the public and traffic. and 23 art-inspired bus stations. Safety to the public and the Our crews constructed the new The artwork at each bus station workers is a top priority to Griffith stations, roadway improvements, gives the City of San Bernardino Company and Comet Electric. We new curbs, gutters and hardscape, and the City of Loma Linda a fresh, accumulated over 410,000 man new storm drains, sewer lines, and modern look displaying their rich hours without any lost time injury. . -
Knowledge-Based Supply Chain Network: a Simulation Application Design Configured with Radio Frequency Identification, Freight Train Dispatch, and Container Shipments
https://doi.org/10.48009/1_iis_2010_100-110 KNOWLEDGE-BASED SUPPLY CHAIN NETWORK: A SIMULATION APPLICATION DESIGN CONFIGURED WITH RADIO FREQUENCY IDENTIFICATION, FREIGHT TRAIN DISPATCH, AND CONTAINER SHIPMENTS Andrew H. Chen, Soochow University, Taipei, Email: [email protected] William A. Chen, University of California, Email: [email protected] Christina E. Chen, University of California, Email: [email protected] ABSTRACT third largest container harbor. This port complex Owing to the transportation overcrowding in handles about 35% of all waterborne containers in the Southern California, a Knowledge-Based Supply U.S. [2]. Chain Network (KSCN) is envisioned to incorporate an On-Dock marine terminal, an emerging inland Problems Addressed by the Study multi-modal freight hub, and a dedicated shuttle train to rapidly ship containers out of the marine terminal The economic benefits from the growth of container to an inland hub. To alleviate the full load of shipments constitute a dilemma to today’s urban container shipments in Long Beach (LB), this study environments [8]. The challenging issues include approaches Victorville, California (90 miles away port safety, congestion, economic impacts of the from LB) as the locale for the new inland freight hub. transportation system (e.g., mobility, accessibility, To accomplish its potential use of a maglev or high and reliability), and environmental quality [19]. speed shuttle train, this study develops a KSCN through simulation and optimization, specifically by The Southern California transportation system has utilizing information flows as a platform for been severely deteriorated by container shipments manipulating container shipments and data since 2000 [15]. Organizing and prioritizing freight interactions. The purpose of this study is to present a flows and validating the suggested methodology are shipping simulation model and an intelligent seen as preliminary steps toward problem solving database using Radio Frequency Identification among the shipping company stakeholders.