CHAPTER 7: SOLID SLABS
CONTENTS
Types of slabs
Introduction to solid slabs
Design of one way solid slabs
Design of two way solid slabs
Chapter 7 Problems
TYPES OF SLABS
Solid Slab
Hollow Block
Panelled Beams
Flat Slab
INTRODUCTION TO SOLID SLABS
One way solid slab
Cantilever solid slab
Two way solid slab
Two sided solid slab
Three sided solid slab
Irregular solid slabs
INTRODUCTION TO SOLID SLABS
Bending moment
Deflection
DESIGN OF ONE WAY SOLID SLABS
Choosing of thickness
DESIGN OF ONE WAY SOLID SLABS
Calculation of loads
DESIGN OF ONE WAY SOLID SLABS
Taking a 1m strip
DESIGN OF ONE WAY SOLID SLABS
Empirical values
DESIGN OF ONE WAY SOLID SLABS
Design against moment
DESIGN OF ONE WAY SOLID SLABS
Details of RFT
DESIGN OF TWO WAY SOLID SLABS
Concept
Choosing of thickness
DESIGN OF TWO WAY SOLID SLABS
Calculation of loads
DESIGN OF TWO WAY SOLID SLABS
Rectangularity
DESIGN OF TWO WAY SOLID SLABS
Taking 1m strips at the two directions
DESIGN OF TWO WAY SOLID SLABS
Design against moment
DESIGN OF TWO WAY SOLID SLABS
Details of RFT
DESIGN OF TWO WAY SOLID SLABS
CHAPTER 7 PROBLEMS
(1) State the names of different types of
slabs used in construction.
(2) Differentiate between one-way and
two-way solid slabs.
(3) For the shown figure, design the slabs
as solid slabs and draw details of RFT.
Use Fcu=25 N/mm2=, Fy=360 N/mm2,
F.C.=1.5 KN/m2, L.L.=2 KN/m2.
REFERENCES
Design of R.C. Structures, Eng. Ahmed Gamal Abdel Gawad.
Lectures in Reinforced Concrete, Eng. Yasser Elleathy.
Design of Reinforced concrete, Dr. Magdy A. Tayel.
Design of Reinforced Concrete Structure II, D. Mashhour A. Ghoneim.
Reinforced Concrete, Dr. Nasr Younis.