Whitetopping: The Overlay Choice

Similar documents
The Worldwide Leader in Concrete Paving Technology

Best Practices. Dennis Clausen Director of Training GOMACO Corporation

September 2012 Volume 1 No. 2

IGGA Guide Specification: Conventional Diamond Grinding for Pavement Preservation Introduction

Concrete Paving Association of Minnesota CPAM Annual Workshop March 11, Gordy Bruhn- Senior Engineering Specialist

1. Evolution of Screeds in the USA A. Fixed Screeds with Hydraulic Strike-off, Becoming Obsolete B. Rear Mount Screeds with & without strikeoff C. Fro

SECTION 26 - COLD PLANE ASPHALT CONCRETE PAVEMENT TABLE OF CONTENTS

Introducing the NEW IDBI Attachment for the Commander III! Vol. 37, No. 1

603 - ASPHALT PAVEMENT SMOOTHNESS SECTION 603 ASPHALT PAVEMENT SMOOTHNESS

National Industry Update and Strategic Directions CPAM Annual Workshop March 12, 2015

Special: International Edition. Vol. 32, No. 1

Pavement Maintenance Best Practices. Thomas J. Wood

550 Surface Treatments

PAVEMENT CONSTRUCTION QA PROCEDURES RIDEABILITY TESTING CONSTRUCTION PRACTICE

Economical paving of 4.0-m to 12.0-m wide concrete slabs Slipform Paver SP 1200

A. Texas Department of Transportation 2004 Standard Specifications for Construction and Maintenance of Highways, Streets and Bridges (TxDOT).

Cold In-Place Recycling

ASTM Definition of Roughness

Extraction and Sieve Analysis ( µm minus) Forming Marshall Specimens, Field Method

ITEM 6 CONCRETE CURBS, GUTTERS, AND SIDEWALKS

Section 508. CHIP SEALS Description. Prepare the surface and apply the specified single chip seal, double chip seal or shoulder chip seal.

Asphalt Rubber Chip Sealing DRAFT MAINTENANCE SPECIFICATION. March 22, 2007

Good Practices for Concrete Road Pavement Construction

2016 MUTCD CONCEPT TTC COMMENTS. Michael A. Chacon Traffic Operations Division

Section 13. Guidelines for the Design of Ground Mounted Sign Supports

Section 505. CHIP SEALS

Technical specification Slipform Paver SP 1600

Overview. Preventive Maintenance Concepts. What are thin and ultra thin mixes. Experience in Michigan with ultra thin

Prepaving Conferences

Rehabilitation Strategies for Bonded Concrete Overlays of Asphalt Pavements

SHRP2 R21 Composite Pavement Systems Project Overview

Concrete Overlays. ACPA Pennsylvania Chapter. ACPA Pennsylvania Chapter. Versatile & Sustainable Solutions. Reasons to Consider a Concrete Overlay

WYOMING DEPARTMENT OF TRANSPORTATION SUPPLEMENTARY SPECIFICATION FOR PORTLAND CEMENT CONCRETE PAVEMENT

AMERICA RIDES ON US KEYS TO A SUCCESSFUL ALTERNATE BIDDING PROCESS

4-07 Asphalt Treated Permeable Base (ATPB)

AMERICAN CONCRETE PAVEMENT ASSOCIATION

NYSDOT TRANSPORTATION MAINTENANCE DIVISION PAVING PROJECT QUALITY ASSURANCE ASSESSMENT Rating Guidelines (Revision #1)

Pavement Management Systems

General Information for Joints

T-123 PAVEMENT SMOOTHNESS. Technical Paper T-123. PAVEMENT SMOOTHNESSby J. Don Brock, Ph.D., P.E. and Jim Hedderich

A Sustainable and Cost-Effective Pavement Preservation Method: Micro-Milling and Thin Overlay

Evaluation of Smoothness of Louisiana Pavements Based on International Roughness Index and Ride Number

Field Experiments of Current Concrete Pavement Surface Characteristics Practices: Iowa Data Collection and Analysis

VIRGINIA DEPARTMENT OF TRANSPORTATION SPECIAL PROVISION FOR LATEX MODIFIED EMULSION TREATMENT (MICRO-SURFACING)

STATE OF OHIO DEPARTMENT OF TRANSPORTATION SUPPLEMENTAL SPECIFICATION 806 ASPHALT CONCRETE WITH JOINT DENSITY FOR MULTI-LANE HIGHWAYS.

LPESA Spring Meeting Asphalt Paver Equipment Innovations L. Nars, Product Manager

CHAPTER 10: PAVING. Refer to page 548 of the 2016 Spec book or page 573 of the 2018 Spec book for material specifications under G.

Tack Coat Best Practices

construction checklist

Mix Design & Construction -1-

Warm Mix Asphalt (WMA) Guide Specification for Highway Construction

Section 504. MICRO-SURFACING

Evaluation of Premature PCC Pavement Longitudinal Cracking in Colorado

TRANSVERSE CRACKING PROGRESSION IN ASPHALT SHOULDERS ADJACENT TO CONCRETE PAVEMENTS

SPECIFICATIONS FOR NEW WORK CHIP SEAL

Vol. 43, No.1. First 3D-Controlled Cylinder Finisher Application Created for Test Track in China Page 6

MNDOT PAVEMENT DESIGN MANUAL

SECTION 2200 PAVING CITY OF BLUE SPRINGS, MISSOURI CONSTRUCTION SPECIFICATIONS

Double-layer Asphalt Pavement in a Single Process and Noise Reductions Properties of Double-Layer Porous Asphalt

3 OPERATION ENDURING FREEDOM The RED HORSE Squadron (Cover photo by Ken Tippie HW D17)

CONSTRUCTION SURVEY. Construction survey includes personnel, equipment, and supplies required for, but not limited to, the following:

MIDLAND COUNTY ROAD COMMISSION

Limitless applications in economically efficient concrete paving. The World of Wirtgen Slipform Pavers

Installation Manual. Orion. TL-3 Steel Barrier. VHD (v2)

A Study of the Performance of Three Popular Asphalt Pavement Rehabilitation Strategies

SPECIFICATIONS FOR SAND SEAL

Constructability and Productivity Analysis for Long. Life Concrete Pavement Rehabilitation Strategies

An Overview of Low Cost Pavement Alternatives in Canada

Annexure PSTS31.1 Heavy Duty Dense Graded Asphalt

SUDAS Revision Submittal Form

ROAD CONDITION REPORT KALAMAZOO COUNTY MAY Prepared by the Kalamazoo Area Transportation Study (269)

Full Depth Reclamation

BID # REPAIR AREA OF PARKING LOT DAMAGED BY WATER LINE LEAK SECTION C TECHNICAL SPECIFICATIONS OWNER

NCAT PAVEMENT TEST TRACK

507 SLURRY SEAL AND MICRO-SURFACING 1 of 8 CATEGORY 500 PAVING SECTION 507 SLURRY SEAL SECTION 507 SLURRY SEAL AND MICRO-SURFACING

SECTION 20 INDEX PAVING FABRIC 1. SCOPE OF WORK MATERIAL REQUIREMENTS CONSTRUCTION AND INSTALLATION REQUIREMENTS...

MnROAD Safer, Smarter, Sustainable Pavements Through Innovative Research

Cement Stabilized Soil (CSS) (Portland cement)

MnDOT s Experience With High Performance Concrete Bridge Decks & Reinforcement

Deterioration of Concrete Roads

REQUEST FOR PROPOSAL Asphalt & Concrete Repair

INCLUDE IN ALL PAVING PROJECTS UNLESS OTHERWISE DIRECTED BY TSB

Performance of Ultra-Thin Whitetopping District 58. Neal West, P.E.

How to Select the Appropriate Pavement Rehabilitation Option. David Rettner, PE American Engineering Testing, Inc.

Noise Analysis Study along I Tim Bjorneberg Project Development Program Manager SDDOT

Pay Schedule for Ride Quality

SECTION IV. PIPELINE EXCAVATION AND BACKFILL

Opportunities with Concrete Pavements

INTELLIGENT CONSTRUCTION

Paving Methods Using a Multi Asphalt Paver

CHAPTER 12 BRIDGE DECK DRAINAGE SYSTEMS

A. Testing Laboratory Services: Section B. Excavation, Site Fill and Rough Grading: Section Sub-Base Course Material (If requested).

Issues in Pavement Smoothness:

Optimization of Concrete Maintenance to Extend Pavement Service Life

Technical Information

USING REMAINING SERVICE LIFE AS THE NATIONAL PERFORMANCE MEASURE OF PAVEMENT ASSETS

The Ultimate Stress Absorbing Membrane

What is it? What is Granular Base Stabilization ti (GBS)? Emulsion Full Depth Reclamation Process

APPENDIXG FUGITIVE DUST CONTROL PLAN

Chapter 4 Bridge Program Drawings

Transcription:

Whitetopping: The Overlay Choice The Worldwide Leader in Concrete Paving Technology

A GOMACO GHP-2800 is slipforming the new concrete overlay on top of existing asphalt. HW-051210 D13 Whitetopping Project: Interstate 90 near Hamburg, New York, USA GOMACO GHP-2800 with IDBI attachment, two paver-mounted GOMACO Smoothness Indicator (GSI ) units, and Leica Geosystems 3D 25 feet (7.6 m) Nine inches (229 mm) 2600 feet (792 m) per day, six to eight feet (1.8 to 2.4 m) per minute IRI readings averaged around 70, with readings as low as 30 The contractor slipforming the project stated, I ve had some industry feedback stating straight out that this is the smoothest concrete pavement that anybody has ever ridden on in New York. The paver is equipped with Leica Geosystems 3D, two paver-mounted GSI units, and an IDBI for placing the dowel bars for the transverse joints. A GOMACO T/C-600 texture/cure machine followed the paver and applied a longitudinal tine and white spray cure. HW-051210 D4 HW-051211 D12

Whitetopping Project: Highway 200 in North Dakota, USA GOMACO GP-2600 with a paver-mounted GOMACO Smoothness Indicator (GSI ) unit 28 feet (8.5 m) Five inches and six inches (127 mm and 152 mm) IRI reading of 38.6 before corrective action. The contractor was easily able to meet the localized roughness standard of under 80 inches per mile (1263 mm/km) in a 25 foot (7.6 m) continuous segment This highway was chosen for a concrete overlay due to the very high level of truck traffic generated by two large industrial facilities on the route. HW-051303 D11 HW-051303 D3 Elevated shoulder tie bars at the edge of the pavement were used to tie on a new concrete shoulder over the existing asphalt surface. A GOMACO T/C-600 texture/cure machine worked behind the GOMACO paver. The GOMACO GSI on the back of the GP-2600 gave real-time smoothness results allowing instant fine-tuning of paver operations for smooth ride. HW-051303 D12

Whitetopping Project: U.S. Highway 71 by Spencer, Iowa, USA GOMACO GHP-2800 with G+, G+ Connect, 5400 series mold, two paver-mounted GOMACO Smoothness Indicator (GSI ) units, and Leica Geosystem 3D 34 feet (10.4 m) Six inches (152 mm) 5700 feet (1737 m) per day Averaged 17 or under on the zero-blanking band The mainline on the project was 24 feet (7.3 m) wide with six foot (1.8 m) and four foot (1.2 m) flying shoulders. The GHP-2800 was equipped with three power transition adjustors (PTAs), one for the center crown and one each for the shoulders. The 5400 series mold features self-supported TAs that are hydraulically driven with the transitions controlled by G+. Paver-mounted GOMACO GSI units provide instant feedback to achieve rideability and help pinpoint optimum travel speed, vibration, mix design, and other variations with slipform paving. On the ground personnel have the ability to monitor paving information and make adjustments for PTAs, 3D systems, GSI units, and more. HW-101218 D9 HW-101217 D16 HW-101221 D15 The GHP-2800 now features GOMACO s exclusive and proprietary G+ control system that is simple to understand and operate. HW-101222 D20

HW-101102 D10 HW-101106 D17 Paver-mounted GSI units provide instant rideability results. The GSI is GOMACO s proprietary non-contact profiler capable of providing instant smoothness results. The project was slipformed half-width and one lane of traffic was kept open at all times using flaggers and pilot cars to direct the vehicles. Whitetopping Project: U.S. Highway 18 by West Union, Iowa, USA GOMACO GHP-2800, two paver-mounted GOMACO Smoothness Indicator (GSI ) units, and Leica Geosystem 3D 16 feet (4.9 m) with a 12 foot (3.7 m) driving lane and four foot (1.2 m) shoulder 4.5 inch (114 mm) roadway, eight inch (203 mm) shoulder HW-101120 D12 The existing asphalt surface was milled, swept, and cleaned to prepare for the unbonded concrete whitetopping. Trucks dumped the concrete directly onto the grade in front of the paver. HW-101109 D11 #5 steel rebar, six feet (1.8 m) long, were placed on 30 inch (762 mm) centers on the existing roadway to tie on the new eight inch (203 mm) thick shoulder. 8000 feet (2438 m) per day Averaged 18 to 19 inches per mile (284 to 300 mm/km) on the zero-blanking band, with some days as low as 13 inches per mile (205 mm/km) This project was half-width concrete whitetopping in the state of Iowa. The contractor on the project stated, I think it went really well and this will be a viable option for other projects. This was the first half-width overlay we ve done with stringless technology. It went well and we were able to achieve very, very good smoothness on the entire project.

Whitetopping Project: Interstate 59 in Etowah County, Alabama, USA GOMACO GP-2600 with two paver-mounted GOMACO Smoothness Indicator (GSI ) units 26 feet (7.9 m) 11 inches (279 mm) 2000 feet (610 m) per day Averaged under five on the zero-blanking band This was the first concrete project to be let in the state of Alabama in almost 30 years and the state s first concrete overlay. It came with some difficult specifications on the slipformed concrete s smoothness, edge and thickness. The on-board GSI units helped the contractor fine-tune their paving operation to achieve ultimate rideability. The project had no extra room for haul roads, so concrete was dumped directly on grade in front of the GOMACO PS-2600 placer/spreader. Baskets were placed by hand onto the existing asphalt grade. HW-051104 D20 Draft of the paving mold, concrete slump, size of the concrete head in front of the paver, and other factors were studied to see what influence they potentially had on pavement smoothness. HW-051112 D12 The GOMACO GSI display can be mounted at eye level on the side of the paver, and offers a variety of viewing options of the information collected by the on-board GSI units. HW-051111 D8 The paver-mounted GOMACO GSIs were powerful diagnostic tools as the contractor in Alabama worked to fine-tune their paving process for the challenging rideability specification. HW-051113 D5

HW-061148 D15 HW-061153 D16 Concrete is placed directly on the existing asphalt. The surface only has to be swept clean before the concrete is dumped on top of it. Four Leica Geosystems total stations are at work on the stringless project. Whitetopping Project: 80 kilometers in Mitchell and Worth Counties, Iowa, USA GOMACO GP-2600 and the GOMACO GHP-2800 with Leica Geosystem 3D 22 feet (6.7 m) Four inches (102 mm) 8400 feet (2560 m) per day The contractor started the project using their GP-2600 paving with stringline. During the second portion of the project, they upgraded to a GHP-2800 with 3D. The contractor noted the benefit of increased paving production with fewer men needed for stringline maintenance and setup. Five laborers who worked the stringline are now used elsewhere in the paving process. The lack of stringline also allows them to focus more on quality and production rather than stringline maintenance. HW-061147 D20 Transverse joints in the new four inch (102 mm) thick, 22 feet (6.7 m) wide overlay are every six feet (1.8 m), and longitudinal joints are every 5.5 feet (1.7 m). HW-061149 D18 The overlay is four inches (102 mm) thick. For a visual reference, that s the exact height of this picture.

Whitetopping depths of five, six and seven inches (127, 152, and 178 mm) were slipformed with a GOMACO GP-2600 on a project near Jamestown, North Dakota, USA. W272UP1 This 16 feet (4.9 m) wide, four inch (102 mm) thick whitetopping was slipformed with a Commander III over existing asphalt in Kalamazoo, Michigan, USA. CG-060414 D32 A Commander III slipforms a polymer concrete overlay on Interstate 5 in Sacramento, California, USA. CG-120807 D15 U.S. Highway 10 in Clare, Michigan, USA, received a six inch (152 mm) whitetopping using a GOMACO GHP-2800 paver with IDBI and Trimble 3D stringless controls. HW-081314 D12 A two-pass concrete whitetopping was placed on State Highway 24A near Cozad, Nebraska, USA. The GOMACO GP-2400 s single-lane paving passes were 12.5 feet (3.8 m) wide and five inches (127 mm) thick. HW-101303 D8 HW-101345 D6 You can always find us at: http://www.gomaco.com Cover Photo: HW-061147 D20 and HW-101109 D11 GOMACO Corporation reserves the right to make improvements in design, material, and/or changes in specifications at any time without notice and without incurring any obligation related to such changes. Performance data is based on averages and may vary from machine to machine. Printed in U.S.A. 2013 (11 GC) GOMACO Corporation MANUFACTURED UNDER ONE OR MORE OF THE FOLLOWING U.S. OR FOREIGN PATENTS: 5,190,397; 5,209,602; 5,924,817; 5,941,659; 6,099,204; 6,450,048; 2,211,331; 2,069,516; 7,044,680; 7,284,472; 7,517,171; 7,845,878; 7,850,395; AND PATENTS PENDING. GOMACO Corporation s Quality Management System Is ISO 9001:2008 Certified By The American Systems Registrar. Quality Policy: We Shall Meet Or Exceed Our Customers Expectations. The Worldwide Leader in Concrete Paving Technology Worldwide Headquarters GOMACO Corporation PO Box 151 Ida Grove, IA USA 51445 Ph: 712-364-3347 www.gomaco.com E-mail: info@gomaco.com European Headquarters GOMACO International Ltd. is located in Witney, England. GOMACO has a worldwide distributor network for sales and service.