AASHTO S10.1 2019
$54.60
AASHTO/NSBA S10.1-2019 Steel Bridge Erection Guide Specification
Published By | Publication Date | Number of Pages |
AASHTO | 2019 | 82 |
None
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | S10.1 Steel Bridge Erection Guide Specification |
2 | Preface Disclaimer |
3 | AASHTO Executive Committee |
4 | AASHTO Committee on Bridges and Structures |
6 | AASHTO/NSBA Steel Bridge Collaboration Task Group 10, Steel Bridge Erection |
7 | Table of Contents |
11 | Section 1 General 1.1 Definitions 1.1.1 Steel Bridge Erection 1.1.2 Erector 1.1.3 Contractor 1.1.4 Design Engineer 1.1.5 Erection Engineer 1.1.6 Fabricator |
12 | 1.1.7 Inspection 1.1.8 Owner 1.1.9 Plans 1.1.10 Erection Plans 1.1.11 Erection Procedures |
13 | 1.1.12 Erection Engineering Calculations 1.1.13 Contract Documents 1.2 Erector Qualifications |
14 | Section 2 Erection Engineering 2.1 General 2.1.1 Required Erection Plans and Procedures and Erection Engineering Calculations 2.1.2 Erection Plans and Procedures Overview |
15 | 2.1.3 Erection Engineering Calculations Submittal 2.2 Erection Plans and Procedures 2.2.1 Plan of Work Area |
16 | 2.2.2 Erection Sequence 2.2.3 Delivery Location 2.2.4 Crane Information |
17 | 2.2.5 Primary Member Crane Pick Information 2.2.6 Lifting Devices and Special Procedures |
18 | 2.2.7 Bolting Requirements 2.2.8 Bearing Blocking and Tie-Down Details |
19 | 2.2.9 Load Restrictions 2.2.10 Temporary Supports |
20 | 2.2.11 Jacking Devices 2.3 Guidelines for Methods of Structural Analysis |
21 | 2.4 Requirements for Erection Engineering Calculations for Structural Adequacy and Stability |
22 | 2.4.1 Design Criteria 2.4.2 Loads and Load Combinations |
23 | 2.4.3 Girder and System Stability |
24 | 2.4.4 Uplift 2.4.5 Temporary Hold Cranes |
25 | 2.4.6 Temporary Support Loads 2.4.7 Bearings 2.4.8 Cross-Frames and Bracing 2.4.9 Structural Adequacy of Temporary Components |
26 | 2.4.10 Miscellaneous Calculations 2.4.10.1 Crane Pick Locations |
27 | 2.4.10.2 Support Conditions 2.5 Coordination Items |
28 | Section 3 Transportation 3.1 Responsibility 3.1.1 Shipping Plan 3.2 Handling 3.3 Fasteners |
29 | Section 4 Material Storage at Jobsite 4.1 Fabricated Material 4.2 Fasteners and Machine Finished Parts 4.3 Welding Consumables 4.4 Damage |
30 | Section 5 Bearings and Anchorages 5.1 Survey 5.2 Bridge Seats 5.3 Temperature Adjustments 5.4 Tolerances |
31 | Section 6 Lifting and Assembly 6.1 General 6.2 Lifting Devices 6.3 Erection Stability 6.4 Trusses 6.5 Falsework and Temporary Supports |
32 | 6.6 Pins 6.7 Connections 6.8 Abnormalities |
33 | Section 7 Field Bolted Connections 7.1 Fastener Assembly Testing 7.2 Faying Surfaces 7.3 Preinstallation Verification 7.4 Installation |
34 | 7.4.1 Direct Tension Indicators and Tension-Control Bolts |
36 | Section 8 Field Welded Connections 8.1 General 8.2 Qualification 8.2.1 Welder Qualification 8.2.2 Welding Procedure Qualification |
37 | 8.3 Welding Requirements 8.3.1 Welders 8.3.2 Contact Surfaces 8.3.3 Joined Parts 8.3.4 Environmental Conditions 8.3.5 Consumables 8.3.6 Preheat |
38 | Section 9 Inspection 9.1 General 9.2 Tolerances for Plate Girder or Rolled Beam Spans 9.2.1 Deviation from Theoretical Horizontal Alignment 9.2.2 Deviation from Theoretical Erected Web Position (Web Plumbness) |
39 | 9.2.3 Deviation from Theoretical Vertical Alignment (Elevation) |
40 | 9.3 Surveys 9.4 Bolting 9.5 Welding |
41 | Section 10 Repair 10.1 Documentation 10.2 Implementation 10.3 Repair Procedures 10.4 Welds |
43 | References |
44 | Appendix A Direct Tension Indicators (DTIs) (Verification Test Procedure) A1 Direct Tension Indicators A2 Rotational-Capacity Tests |
45 | A3 Direct Tension Indicator Installation Method A3a Verification |
46 | A3b Installation |
49 | Appendix B Erection Plan and Procedures Checklist |
51 | Appendix C Erection Calculations Checklist |
53 | Appendix D Erection Inspection Checklist |
55 | Appendix E Sample Erection Plans |