Concrete Floor Slabs On Grade Sujected to Heavy Loads - index
Chapter 1. Introduction - ufc_3_320_06a0007
Chapter 2. Basis Of Floor Slab on Grade Design
Wall loads. - ufc_3_320_06a0009
Chapter 3. Determination Of Floor Slab Requirements
Stationary Live Loads
Table 3-1. Maximum allowable stationary live load
Wall loads. - ufc_3_320_06a0013
Tabler 3-2. Minimum Thickness Of Thiickened Floor Slab For Wall Load Near Center Of Slab Or Near Keyed or Doweled Joint
Table 3-3. Maximum Allowable Wall Load Near Free Edge
Figure 3-1. Widths Of Thickened Slabs and Slab Edge Conditions Under Wall loads
Chapter 4. Site Investigation
Table 4-1. Typical values of modulus of subgrade reaction
Enviromental Conditions.
Chapter 5. Design Procedure
Figure 5-1. Design Curves for Concrete Floor Slabs by Design Index.
Figure 5-2. Design Curves for Concrete Floor Slabs For Heavy Forklifts.
Subgrade.
Base Courses.
Steel Reinforcement.
Figure 5-3. Reinforcement for odd - Shaped Slabs.
Reinforced design.
Figure5-4. Design Thickness for Reinforced Floor Slabs.
Joint And Usage.
Figure 5-5. Typical Floor Slab Joint Layout.
Figure 5-6. Contraction Joints for Reinforced and Nonreinforced Floor Slabs.
Figure 5-7. Joint Sealant Details.
Width and Depth of Weakened Plane Groove
Table 5-2. Recommended Spacing of Transverse Contraction Joints
Spacing of Longitudinal Contraction Joints
Figure 5-9. Doweled Construction Joints for Concrete Floor Slabs.
Figure 5-10. Keyed Construction Joints For Concrete Floor Slabs
Doweled butt joint.
Special joints and junctures.
Figure 5-13. Thickened -Edge Joints
Dowel specifications
Table 5-3. Dowel Size and Spacing
Joints In Concrete Floor Slabs
Fiber reinforced design.
Mix proportioning considerations
Figure 5-15. Design Curves For Fiber Reinforced Concrete Floor Slabs by Design index.
Figure 5-16. Design Curves For Fiber- Reinforced Concrete Floor Slab for Heavy Forklifts.
Allowable deflection for JFC pavement
Figure 5-17. Deflection Curves for Fiber- Reinforced Concrete Floor Slabs.
Figure 5-18. Allowable Deflection For Jointed Fiber- Reinforced Concrete Floor Slabs.
Appendix B. Equations for Computing the Allowable Wall Loads Near Center
Appendix B. Equations for Computing the Allowable Wall Loads Near Center - Continued
Appendix C. Design Examples
Thickened floor slab design for exterior wall.
Chapter 1. Introduction - ufc_3_320_06a0007
Chapter 2. Basis Of Floor Slab on Grade Design
Wall loads. - ufc_3_320_06a0009
Chapter 3. Determination Of Floor Slab Requirements
Stationary Live Loads
Table 3-1. Maximum allowable stationary live load
Wall loads. - ufc_3_320_06a0013
Tabler 3-2. Minimum Thickness Of Thiickened Floor Slab For Wall Load Near Center Of Slab Or Near Keyed or Doweled Joint
Table 3-3. Maximum Allowable Wall Load Near Free Edge
Figure 3-1. Widths Of Thickened Slabs and Slab Edge Conditions Under Wall loads
Chapter 4. Site Investigation
Table 4-1. Typical values of modulus of subgrade reaction
Enviromental Conditions.
Chapter 5. Design Procedure
Figure 5-1. Design Curves for Concrete Floor Slabs by Design Index.
Figure 5-2. Design Curves for Concrete Floor Slabs For Heavy Forklifts.
Subgrade.
Base Courses.
Steel Reinforcement.
Figure 5-3. Reinforcement for odd - Shaped Slabs.
Reinforced design.
Figure5-4. Design Thickness for Reinforced Floor Slabs.
Joint And Usage.
Figure 5-5. Typical Floor Slab Joint Layout.
Figure 5-6. Contraction Joints for Reinforced and Nonreinforced Floor Slabs.
Figure 5-7. Joint Sealant Details.
Width and Depth of Weakened Plane Groove
Table 5-2. Recommended Spacing of Transverse Contraction Joints
Spacing of Longitudinal Contraction Joints
Figure 5-9. Doweled Construction Joints for Concrete Floor Slabs.
Figure 5-10. Keyed Construction Joints For Concrete Floor Slabs
Doweled butt joint.
Special joints and junctures.
Figure 5-13. Thickened -Edge Joints
Dowel specifications
Table 5-3. Dowel Size and Spacing
Joints In Concrete Floor Slabs
Fiber reinforced design.
Mix proportioning considerations
Figure 5-15. Design Curves For Fiber Reinforced Concrete Floor Slabs by Design index.
Figure 5-16. Design Curves For Fiber- Reinforced Concrete Floor Slab for Heavy Forklifts.
Allowable deflection for JFC pavement
Figure 5-17. Deflection Curves for Fiber- Reinforced Concrete Floor Slabs.
Figure 5-18. Allowable Deflection For Jointed Fiber- Reinforced Concrete Floor Slabs.
Appendix B. Equations for Computing the Allowable Wall Loads Near Center
Appendix B. Equations for Computing the Allowable Wall Loads Near Center - Continued
Appendix C. Design Examples
Thickened floor slab design for exterior wall.
