Reinforced concrete design = 混凝土结构 / 5th ed.

chapter 1 materials and mechanics of bending

1-1 concrete.

1-2 the aci building code

1-3 cement and water

1-4 aggregates

1-5 concrete in compression

1-6 concrete in tension

1-7 reinforcing steel

1-8 beams: mechanics of bending review

references

problems

chapter 2 rectangular reinforced concrete beams and slabs: tension steel only

2-1 introduction

2-2 methods of analysis and design

2-3 behavior under load

2-4 strength design method assumptions

2-5 flexural strength of rectangular beams

2-6 equivalent stress distribution

2-7 balanced, overreinforced, and underreinforced beams

2-8 reinforcement ratio limitations and guidelines

.2-9 strength requirements

2-10 rectangular beam analysis for moment (tension reinforcement only)

2-11 summary of procedure for rectangular beam analysis for φmn (tension reinforcement only)

2-12 slabs: introduction

2-13 one-way slabs: analysis for moment

2-14 rectangular beam design for moment (tension reinforcement only)

2-15 summary of procedure for rectangular reinforced concrete beam design for moment (tension reinforcement only)

2-16 design of one-way slabs for moment (tension reinforcement only)

2-17 summary of procedure for design of one-way slabs for moment (to satisfy aci minimum h)

2-18 slabs on ground

references

problems

chapter 3 reinforced concrete beams: t-beams and doubly reinforced beams

3-1 t-beams: introduction

3-2 t-beam analysis

3-3 development of t-beam as.max

3-4 analysis of beams having irregular cross sections

3-5 t-beam design (for moment)

3-6 summary of procedure for analysis of t-beams (for moment)

3-7 summary of procedure for design of t-beams (for moment)

3-8 doubly reinforced beams: introduction

3-9 doubly reinforced beam analysis for moment (condition i)

3-10 doubly reinforced beam analysis for moment (condition ii)

3-11 summary of procedure for analysis of doubly reinforced beams (for moment)

3-12 doubly reinforced beam design for moment

3-13 summary of procedure for design of doubly reinforced beams (for moment)

3-14 additional code requirements for doubly reinforced beams

problems

chapter 4 shear in beams

4-1 introduction

4-2 shear reinforcement design requirements

4-3 shear analysis procedure

4-4 stirrup design procedure

4-5 torsion: introduction

4-6 design of torsion reinforcement

problems

chapter 5 development, splices, and simple-span bar cutoffs

5-1 development length: introduction

5-2 development length: tension bars

5-3 development length: compression bars

5-4 development length: standard hooks in tension

5-5 development of web reinforcement

5-6 splices

5-7 tension splices

5-8 compression splices

5-9 simple-span bar cutoffs and bends

5-10 code requirements for development of positive moment steel at

simple supports

problems

chapter 6 continuous construction design considerations

6-1 introduction

6-2 continuous-span bar cutoffs

6-3 design of continuous floor systems

problems

chapter 7 serviceability

7-1 introduction

7-2 deflections

7-3 calculation of icr

7-4 immediate deflection

7-5 long-term deflection

7-6 deflections for continuous spans

7-7 crack control..

problems

chapter 8 walls

8-1 introduction

8-2 lateral forces on retaining walls

8-3 design of reinforced concrete cantilever retaining walls

8-4 design considerations for bearing walls

8-5 design considerations for basement walls

problems

chapter 9 columns

9-1 introduction

9-2 strength of reinforced concrete columns: small eccentricity

9-3 code requirements concerning column details

9-4 analysis of short columns: small eccentricity

9-5 design of short columns: small eccentricity

9-6 summary of procedure for analysis and design of short columns with

small eccentricities

9-7 the load-moment relationship

9-8 columns subjected to axial load at large eccentricity

9-9 analysis of short columns: large eccentricity

9-10 φ factor considerations

9-11 the slender column

references

problems

chapter 10 footings

10-1 introduction

10-2 wall footings

10-3 wall footings under light loads

10-4 individual reinforced concrete footings for columns

10-5 square reinforced concrete footings

10-6 rectangular reinforced concrete footings

10-7 eccentrically loaded footings

10-8 combined footings

10-9 cantilever or strap footings

problems

chapter 11 prestressed concrete fundamentals

11-1 introduction

11-2 design approach and basic concepts

11-3 stress patterns in prestressed concrete beams

11-4 prestressed concrete materials

11-5 analysis of rectangular prestressed concrete beams

11-6 alternative methods of elastic analysis: internal couple method

11-7 alternative methods of elastic analysis: load balancing method

11-8 flexural strength analysis

11-9 notes on prestressed concrete design

references

problems

chapter 12 concrete formwork

12-1 introduction

12-2 formwork requirements

12-3 formwork materials and accessories

12-4 loads and pressures on forms

12-5 the design approach

12-6 design of formwork for slabs

12-7 design of formwork for beams

12-8 wall form design

12-9 forms for columns

references

problems

chapter 13 detailing reinforced concrete structures

13-1 introduction

13-2 placing drawings

13-3 marking systems and bar marks

13-4 schedules

13-5 fabricating standards

13-6 bar lists

13-7 extras

13-8 bar supports and bar placement

13-9 computer detailing

references

appendix a tables

appendix b supplementary aids and guidelines

b-1 accuracy for computations for reinforced concrete

b-2 as,max for doubly reinforced beams

b-3 flow diagrams

appendix c metrication

c-1 the international system of units (si)

c-2 si style and usage

c-3 conversion factors

references

answers to selected problems

index...