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ASCE MOP 133 2017

ASCE MOP 133 2017

$59.58

ASCE Manuals and Reports on Engineering Practice No. 133 – Pilot Tube and Other Guided Boring Methods

Published By Publication Date Number of Pages
ASCE 2017 188
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Prepared by the Task Committee on Pilot Tube and Other Guided Boring Methods of the Committee on Trenchless Installation of Pipelines. Sponsored by the Utility Engineering and Surveying Institute of ASCE Pilot Tube and Other Guided Boring Methods, is a manual of practice covering the design and installation of utility pipelines of various types under roads, railroads, constructed and natural structures, and other surface obstacles using pilot tubes and other guided boring methods. The pilot tube method is a multistage technique of accurately installing a pipe to line and grade by use of a guided pilot tube followed by upsizing to install the pipe. The associated methods can be effective tools for the accurate installation of small diameter pipelines. MOP 133 provides a detailed description of the pilot tube and guided boring methods by providing chapters on project planning, site and geotechnical assessment, shaft design, pipe characteristics and design, contract documents, and construction aspects. This manual of practice will be of interest to engineers, contractors, and utility owners installing, replacing, and upgrading utility pipelines.

PDF Catalog

PDF Pages PDF Title
1 Cover
3 Copyright
6 CONTENTS
10 PREFACE
12 ACKNOWLEDGMENTS
14 ABBREVIATIONS AND ACRONYMS
16 1. INTRODUCTION
20 References
22 2. THE PILOT TUBE AND OTHER GUIDED BORING
METHODS IN DETAIL
2.1 Introduction to the Pilot Tube Method
24 2.2 Inserting the Pilot Tube
30 2.3 Enlarging the Pilot Tube Path
39 2.4 Pilot Tube as a Guide for Other Trenchless Methods
45 2.5 Variations and Refinements to the Pilot Tube Method and
Other Guided Boring Methods
52 2.6 Applications
57 2.7 Benefits and Limitations
58 References
60 3. PLANNING
3.1 Initial Criteria
67 3.2 Site Conditions
74 3.3 Preliminary Geotechnical Considerations
75 3.4 Project Layout
78 3.5 Cost Considerations
87 References
88 4. SITE INVESTIGATION
4.1 General
4.2 Geotechnical Assessment
100 4.3 Utility Surveys
102 4.4 Traffic Flow and Access for Vehicles and Pedestrians
103 4.5 Environmental Conditions
105 4.6 Flood Zones
106 4.7 Seismic Considerations
108 References
110 5. SHAFT DESIGN
5.1 Jacking and Receiving Shafts
111 5.2 Location
112 5.3 Shaft Design Considerations
113 5.4 Trenchless Entry/Exit from Shafts
5.5 Thrust Blocks
114 5.6 Common Shafts
116 6. PIPE CHARACTERISTICS AND DESIGN
6.1 General Requirements
6.2 Material Types
122 6.3 Pipe Design
130 References
132 7. DESIGN AND CONTRACT DOCUMENTS
7.1 General
133 7.2 Design Memoranda/Technical Memoranda
7.3 Calculations
7.4 Design Considerations
140 7.5 Contract Documents
145 7.6 Dispute Resolution
146 7.7 Contractor Qualifications
148 References
150 8. CONSTRUCTION
8.1 General
8.2 Bidding
151 8.3 Submittals
154 8.4 Measurement and Payment
157 8.5 Jobsite Layout and Equipment Setup
158 8.6 Survey
162 8.7 Jacking and Receiving Shafts
163 8.8 Safety Issues
164 8.9 Differing Site Conditions
165 8.10 Traffic Control, Fencing, and Barricading
8.11 Quality Control
166 8.12 Jacking Forces and Lubricants
167 8.13 Spoils Transport and Disposal
168 8.14 Inspection and Monitoring
169 8.15 Reports and Records
8.16 As-Built Drawings and Documentation
170 References
172 GLOSSARY
184 INDEX

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ASCE MOP 133 2017
$59.58