REINFORCED CONCRETE DESIGN – to SANS 51992-1-1:2025

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Product Code: TD/GRE/RCD25

This is the first release of this book which is based on the new Reinforced Concrete design standards SANS 51992-1-1 which is an adoption of the Euro Code. Note that SANS 10100-1 will be withdrawn at the end of 2026. This book provides a valuable learning guide and set of notes to students at Universities and Universities of Technology. The book will also be useful reference to qualified structural engineers. The purpose of this book is to take the reader through the design of reinforced concrete elements, keeping in close touch with the relevant clauses of the national standard. The general approach adopted in this book is to clearly explain the basic principles applicable to each section before working through a typical design example to support the theory covered.

Additional information

Weight	1000 g
Author:	Greg Parrott
ISBN	978-1-0370-9675-4
Year	2025

	TABLE OF CONTENTS
MODULE OUTLINE	1 Introduction	pg 1
	2 Analysis	pg 23
	3 Beams	pg 43
	4 Slabs	pg 109
	5 Staircases	pg 147
	6 Columns	pg 157
	7 Foundations	pg 183
	8 Retaining walls	pg 215
MODULE 1	INTRODUCTION	1
	1.1 SYMBOLS	1
	1.2 THE BASICS OF REINFORCED CONCRETE	6
	1.3 MATERIALS	7
	1.4 LOADS	12
	1.5 LIMIT STATES DESIGN	17
MODULE 2	ANALYSIS	23
	2.1 EFFECTIVE SPAN	24
	2.2 STATICALLY DETERMINATE BEAMS	25
	2.3 CONTINUOUS BEAMS	25
	2.4 RIGID FRAMES	40
MODULE 3	BEAMS	43
	3.1 BENDING	44
	3.2 DEFLECTION	73
	3.3 SHEAR	78
	3.4 TORSION	89
	3.5 EXAMPLE 3.8 (COMPLETE BEAM DESIGN)	96
MODULE 4	SLABS	109
	4.1 INTRODUCTION	110
	4.2 ANALYSIS	112
	4.3 FLEXURE	119
	4.4 DEFLECTION	124
	4.5 SHEAR	126
	4.6 DESIGN EXAMPLES	131
	4.7 OTHER SLAB SYSTEMS	141
MODULE 5	STAIRCASES	147
	5.1 GENERAL	148
	5.2 LOADING	148
	5.3 ANALYSIS	150
	5.4 DESIGN FOR STRENGTH	151
MODULE 6	COLUMNS	157
	6.1 INTRODUCTION	158
	6.2 NOMENCLATURE	158
	6.3 BRACING	159
	6.4 LOAD EFFECTS	160
	6.5 EFFECTIVE HEIGH	161
	6.6 EFFECT GEOMETRIC IMPERFECTIONS	165
	6.7 SLENDERNESS	166
	6.8 DESIGN MOMENT	170
	6.9 LONGITUDINAL REINFORCEMENT	174
	6.10 OTHER CONSIDERATIONS	178
	6.11 EXAMPLE 6.4 (COLUMN REINFORCEMENT)	180
MODULE 7	FOUNDATIONS	183
	7.1 INTRODUCTION	184
	7.2 ISOLATED BASES	184
	7.3 COMBINED BASES	197
	7.4 STRAPPED BASES	204
MODULE 8	RETAINING WALLS	215
	8.1 TYPES OF RETAINING WALLS	216
	8.2 SOIL PARAMETERS	217
	8.3 APPLIED ACTIONS	218
	8.4 DESIGN OF A CANTILEVER RETAINING WALL	220
	REFERENCES	234

PROCSA Documents

REINFORCED CONCRETE DESIGN – to SANS 51992-1-1:2025

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