Comparative study of pile foundation systems and analysis methods for design of dolphin structures (Soft copy is also available)
Balar, Tanay H. (PT400117)
Comparative study of pile foundation systems and analysis methods for design of dolphin structures (Soft copy is also available) - 2019 - viii,xi,70p.,iisheets
CONTENTS
INDEX
Declaration I
Approval Certificate II
Acknowledgment III
Abstract IV
INDEX V
List of Figures VII
List of Tables VIII
List of Graphs IX
Abbreviation X
1 INTRODUCTION 1
1.1 General 1
1.2 Need for study 3
1.3 Objective 3
1.4 Scope of work 4
1.5 Organization of thesis 4
2 LITERATURE REVIEW 5
3 PROBLEM FORMULATION 7
3.1 Methodology 7
3.2 Data Collection 7
3.2.1 General parameters of vessel data, berthing feasibility, tidal data, wave data, wind data, soil data 8
3.3 Loads acting on structure 10
3.3.1 Dead load 10
3.3.2 Live load 10
3.3.3 Berthing force 10
3.3.4 Mooring force 13
3.3.5 Current force 14
3.3.6 Wave force 16
3.3.7 Wind Force 19
3.3.8 Seismic Force 21
3.4 Load combinations 21
3.5 Pile fixity 24
3.5.1 IS code virtual fixity method 24
3.5.2 Soil spring constant method 26
3.6 Model generation 29
3.7 Design of members 33
4 RESULTS AND OBSERVATIONS 34
4.1 Effect of raking of pile 34
4.2 Comparison of IS code fixity and Soil Spring constant method 43
4.3 Steel pile vs R.C. pile quantity and cost comparison 47
5 CONCLUSION AND FUTURE SCOPE 48
5.1 Conclusion 48
5.2 Future scope 48
6 References 49
7 Annexure 50
7.1 Excel sheet of load calculation 50
7.2 Excel sheet of Crack-width calculation 50
7.3 Excel sheet of Steel pile design 50
7.4 Excel sheet of Quantity calculation 50
7.5 Excel sheet of Pile plug design for steel pile 50
7.6 Excel sheet of Geotechnical design of R.C. pile 50
7.7 Excel sheet of Geotechnical design of Steel pile 50
SD TH-0242 / BAL
Comparative study of pile foundation systems and analysis methods for design of dolphin structures (Soft copy is also available) - 2019 - viii,xi,70p.,iisheets
CONTENTS
INDEX
Declaration I
Approval Certificate II
Acknowledgment III
Abstract IV
INDEX V
List of Figures VII
List of Tables VIII
List of Graphs IX
Abbreviation X
1 INTRODUCTION 1
1.1 General 1
1.2 Need for study 3
1.3 Objective 3
1.4 Scope of work 4
1.5 Organization of thesis 4
2 LITERATURE REVIEW 5
3 PROBLEM FORMULATION 7
3.1 Methodology 7
3.2 Data Collection 7
3.2.1 General parameters of vessel data, berthing feasibility, tidal data, wave data, wind data, soil data 8
3.3 Loads acting on structure 10
3.3.1 Dead load 10
3.3.2 Live load 10
3.3.3 Berthing force 10
3.3.4 Mooring force 13
3.3.5 Current force 14
3.3.6 Wave force 16
3.3.7 Wind Force 19
3.3.8 Seismic Force 21
3.4 Load combinations 21
3.5 Pile fixity 24
3.5.1 IS code virtual fixity method 24
3.5.2 Soil spring constant method 26
3.6 Model generation 29
3.7 Design of members 33
4 RESULTS AND OBSERVATIONS 34
4.1 Effect of raking of pile 34
4.2 Comparison of IS code fixity and Soil Spring constant method 43
4.3 Steel pile vs R.C. pile quantity and cost comparison 47
5 CONCLUSION AND FUTURE SCOPE 48
5.1 Conclusion 48
5.2 Future scope 48
6 References 49
7 Annexure 50
7.1 Excel sheet of load calculation 50
7.2 Excel sheet of Crack-width calculation 50
7.3 Excel sheet of Steel pile design 50
7.4 Excel sheet of Quantity calculation 50
7.5 Excel sheet of Pile plug design for steel pile 50
7.6 Excel sheet of Geotechnical design of R.C. pile 50
7.7 Excel sheet of Geotechnical design of Steel pile 50
SD TH-0242 / BAL