AWWA D110 2004 With Erratum 2005
$75.83
AWWA D110-04: Wire & Strand Wound, Circular, Prestressed Concrete Water Tanks With Erratum-200501
Published By | Publication Date | Number of Pages |
AWWA | 2004 | 112 |
This standard covers current recommended practice for the design, construction, inspection, and maintenance of wire- and strand-wound, circular, prestressed concrete water containing structures with the following four types of core walls: cast-in-place concrete with vertical prestressed reinforcement; shotcrete with a steel diaphragm; precast concrete with a steel diaphragm; cast-in-place concrete with a steel diaphragm. This standard does not cover bonded or unbonded horizontal tendons for prestressed reinforcement of the tank wall, floor, or roof. This standard applies to containment structures for use with potable water or raw water of normal temperatures and pH commonly found in drinking water supplies.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Erratum to ANSI/AWWA D110-04 Standard |
3 | ANSI/AWWA D110-04 |
5 | Committee Personnel |
7 | Contents |
9 | Foreword I. Introduction. |
11 | II. Special Issues. |
12 | III. Use of This Standard. |
15 | IV. Major Revisions. |
16 | V. Comments. |
17 | AWWA Standard Wire- and Strand-Wound, Circular, Prestressed Concrete Water Tanks SECTION 1: GENERAL Sec. 1.1 Scope |
18 | Sec. 1.2 Definitions |
20 | Sec. 1.3 References |
23 | SECTION 2: MATERIALS Sec. 2.1 Materials |
24 | Sec. 2.2 Concrete and Shotcrete |
25 | Sec. 2.3 Mixing Water Sec. 2.4 Admixtures Sec. 2.5 Reinforcement |
28 | Sec. 2.6 Elastomeric Materials Table 1 PVC Waterstops |
29 | Sec. 2.7 Duct Material Sec. 2.8 Concrete and Shotcrete Coatings |
30 | Sec. 2.9 Sealants and Joint Fillers |
31 | Sec. 2.10 Epoxy Bonding Agent Sec. 2.11 Epoxy Mortar and Grout Sec. 2.12 Form Coatings |
32 | SECTION 3: DESIGN Sec. 3.1 Notation |
33 | Sec. 3.2 Design Method Sec. 3.3 Design Loads |
35 | Sec. 3.4 Allowable Stresses |
36 | Table 2 Allowable stresses in concrete and shotcrete |
38 | Sec. 3.5 Wall Design |
41 | Sec. 3.6 Dome-Roof Design |
46 | Sec. 3.7 Other Roof Designs Sec. 3.8 Floor Design |
49 | Sec. 3.9 Footing Design Sec. 3.10 Columns |
50 | Sec. 3.11 Tank Appurtenances |
53 | SECTION 4: PROVISIONS FOR EARTHQUAKE- INDUCED FORCES Sec. 4.1 Introduction |
57 | Table 3 Zone coefficient |
58 | Table 4 Importance factor Table 5 Structural response coefficient for type of tank Table 6 Soil profile coefficient |
60 | Sec. 4.2 Seismic Joint Types |
61 | Sec. 4.3 Seismic Design Loads |
67 | Sec. 4.4 Vertical and Horizontal Forces |
69 | Sec. 4.5 Other Effects |
71 | Sec. 4.6 Maximum Allowable Stresses and Reinforcement Requirements Sec. 4.7 Maximum Allowable Coefficient of Friction |
72 | Sec. 4.8 Serviceability Requirements |
73 | Sec. 4.9 Foundation Design |
74 | Sec. 4.10 Minimum Freeboard Sec. 4.11 Design for Seismic Effects of Backfill |
75 | SECTION 5: CONSTRUCTION PROCEDURES Sec. 5.1 Scope Sec. 5.2 Concrete |
79 | Sec. 5.3 Shotcrete |
84 | Sec. 5.4 Forming |
85 | Sec. 5.5 Nonprestressed-Steel Reinforcement and Vertical Tendons |
86 | Sec. 5.6 Prestressing |
89 | Sec. 5.7 Wall Tolerances Sec. 5.8 Seismic Cables |
90 | Sec. 5.9 Waterstops Sec. 5.10 Elastomeric Bearing Pads Sec. 5.11 Sponge Fillers |
91 | Sec. 5.12 Disinfection Sec. 5.13 Watertightness Sec. 5.14 Repairs |
93 | Sec. 5.15 Tank Backfill Sec. 5.16 Cleanup Sec. 5.17 Electrical Grounding |
94 | SECTION 6: INSPECTION PROCEDURES Sec. 6.1 Scope Sec. 6.2 Field Observation During Construction |
97 | Sec. 6.3 Inspection After Construction |
98 | Sec. 6.4 Inspection During Routine Maintenance |
99 | Sec. 6.5 Safety |
101 | APPENDIX A Alternative Method of Analysis Based on UBC 1997 SECTION A.1: INTRODUCTION Sec. A.1.1 Scope Sec. A.1.2 Design Ground Motions SECTION A.2: NOTATION |
102 | SECTION A.3: “LOADING SIDE,” GENERAL METHODOLOGY |
106 | SECTION A.4: RESISTANCE SIDE SECTION A.5: FREEBOARD |
107 | APPENDIX B Bibliography |