ACI 523.1R 06:2006 Edition
$25.73
523.1R-06 Guide for Cast-in-Place Low Density Cellular Concrete
| Published By | Publication Date | Number of Pages |
| ACI | 2006 | 13 |
This guide provides information on the materials, properties, design, proper handling, and applications of cast-in-place low-density cellular concretes having oven-dry densities of 50 lb/ft3 (800 kg/m3) or less. Roof deck systems and geotechnical applications often incorporate these low density cellular concretes. Keywords: cellular concrete; engineered fill; foaming agent; geotechnical fill; insulating concrete; insulating concrete roof decks; low-density cellular concrete; low-density controlled low-strength material (LD-CLSM); preformed foam.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 1 | CONTENTS CONTENTS |
| 2 | CHAPTER 1— GENERAL CHAPTER 1— GENERAL 1.1— Definition of cellular concrete 1.1— Definition of cellular concrete 1.2—Definition of low-density, controlled low- strength material (LD- CLSM) 1.2—Definition of low-density, controlled low- strength material (LD- CLSM) CHAPTER 2— MATERIALS CHAPTER 2— MATERIALS 2.1—Cement 2.1—Cement |
| 3 | 2.2—Water 2.2—Water 2.3—Preformed foam 2.3—Preformed foam 2.4—Aggregates 2.4—Aggregates 2.5—Admixtures 2.5—Admixtures 2.5.1 Chemical admixtures 2.5.1 Chemical admixtures 2.5.2 Supplementary cementitious materials 2.5.2 Supplementary cementitious materials |
| 4 | 2.6—Nonstandard materials 2.6—Nonstandard materials 2.7—Fiber reinforcement 2.7—Fiber reinforcement CHAPTER 3— PHYSICAL PROPERTIES CHAPTER 3— PHYSICAL PROPERTIES 3.1— As- cast density 3.1— As- cast density 3.2—Oven-dry density 3.2—Oven-dry density 3.3—Compressive strength 3.3—Compressive strength |
| 5 | 3.4—Drying shrinkage 3.4—Drying shrinkage 3.5—Thermal expansion 3.5—Thermal expansion 3.6—Walkability 3.6—Walkability 3.7—Mechanical attachment 3.7—Mechanical attachment |
| 6 | 3.8—Thermal conductivity 3.8—Thermal conductivity 3.9—Fire resistance 3.9—Fire resistance 3.10— Permeability 3.10— Permeability 3.11—Freezing-and-thawing resistance 3.11—Freezing-and-thawing resistance CHAPTER 4— PROPORTIONING AND TESTING CHAPTER 4— PROPORTIONING AND TESTING 4.1— Proportioning 4.1— Proportioning |
| 7 | 4.2—Ingredient compatibility 4.2—Ingredient compatibility 4.3—Cast density 4.3—Cast density 4.4—Physical properties 4.4—Physical properties CHAPTER 5— BATCHING, MIXING, PLACING, FINISHING, AND CURING CHAPTER 5— BATCHING, MIXING, PLACING, FINISHING, AND CURING 5.1— Storage of materials 5.1— Storage of materials 5.2—Batching 5.2—Batching 5.3—Mixing 5.3—Mixing 5.4—Placing 5.4—Placing 5.5—Finishing 5.5—Finishing |
| 8 | 5.6—Curing 5.6—Curing 5.7—Placement in cold weather conditions 5.7—Placement in cold weather conditions 5.8—Placement in hot weather conditions 5.8—Placement in hot weather conditions CHAPTER 6— DESIGN CONSIDERATIONS FOR ROOF DECKS CHAPTER 6— DESIGN CONSIDERATIONS FOR ROOF DECKS 6.1— Form systems 6.1— Form systems 6.1.1 Steel 6.1.1 Steel 6.1.2 Structural concrete 6.1.2 Structural concrete 6.1.3 Wood 6.1.3 Wood 6.2—Roofing readiness 6.2—Roofing readiness |
| 10 | 6.3—Load-carrying capacity 6.3—Load-carrying capacity 6.4—Expansion and contraction joints 6.4—Expansion and contraction joints 6.5—Relief of vapor pressure 6.5—Relief of vapor pressure 6.6—Standard roofing details 6.6—Standard roofing details CHAPTER 7— GEOTECHNICAL APPLICATIONS CHAPTER 7— GEOTECHNICAL APPLICATIONS 7.1—Backfill 7.1—Backfill |
| 11 | 7.2—Roadway bases 7.2—Roadway bases 7.3—Pipeline and culvert fills 7.3—Pipeline and culvert fills 7.4—Void fills 7.4—Void fills |
| 12 | 7.5—Tank fills 7.5—Tank fills 7.6—Insulation and isolation fills 7.6—Insulation and isolation fills CHAPTER 8— REFERENCES CHAPTER 8— REFERENCES 8.1— Referenced standards and reports 8.1— Referenced standards and reports |
| 13 | 8.2—Cited references 8.2—Cited references |
