Table Of Contents
Abstract I
Undertaking Iii
Certificate V
Acknowledgements Vii
Abbreviations Ix
Table Of Contents Xi
List Of Figures Xiii
List Of Tables Xv
Chapter-1: Introduction 1
1.1 Aim 1
1.2 Objectives 1
1.3 Scope Of Work 2
1.4 Research Questions 2
Chapter-2: Literature Review 3
2.1 Structure Of Pervious Concrete 3
2.2 Materials Used In The Design Of Pc: 3
2.3 Mix Design For Pervious Concrete 4
2.3.1 Modification Of Pervious Concrete Using Silica Fume 5
2.3.2 Modification Of Pervious Concrete Using Sbr 6
Chapter-3: Research Methodology 7
Chapter-4: Experimental Programme 11
4.1 Material Exploration And Procurement Of Materials. 12
4.1.1 Fine Aggregates (Manufactured Sand) 12
4.1.2 Bonding Admixture (Styrene Butadiene Rubber 13
4.1.3 Silica Fume 13
4.1.4 Water Reducing Admixture 13
4.2 Development Of Control Mix 14
4.2.1 Development Of Mix Design Pc01-10-6 14
4.2.2 Development Of Mix Design Pc02-6-4 17
4.3 Modification Of The Control Mix Using Sbr 18
4.3.1 Development Of Mix Design Pc03-Sbr-5 19
4.3.2 Development Of Mix Design Pc04-Sbr-10 22
4.4 Modification Of The Control Mix Using Silica Fume 25
4.4.1 Development Of Mix Design Pc05-Sf-02 25
4.4.2 Development Of Mix Design Pc06-Sf-05 27
4.4.3 Development Of Mix Design Pc07-Sf-10 28
4.5 Analysing Flexural Properties Of Pervious Concrete 29
4.6 Testing Of The Samples 31
4.6.1 Compression Testing Of Paver Blocks 31
4.6.2 Permeability Testing 33
4.6.3 Flexural Strength 36
4.7 Results And Discussion 37
4.7.1 Compression Testing Of Paver Blocks 37
4.7.2 Permeability Testing 45
4.7.3 Effect Of Sbr On The Compressive Strength Of Pervious Concrete 47
4.7.4 Effect Of Sf On The Compressive Strength Of Pervious Concrete 48
4.8 Flexural Strength 49
4.9 Water Quality Parameters 51
4.9.1 Ph Value 51
4.9.2 Total Dissolved Solids (Tds) 52
4.9.3 Chlorides 52
Chapter-5: Conclusions 55
Chapter-6: Future Scope 57
Bibliography 59