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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
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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
AWWA D110 2004 With Erratum 2005
$75.83