TY  - BOOK
AU  - Dalwadi, Mimansha (UC1012)
AU  - Sheth, Anal (Guide)
TI  - Selection of culvert form (Softcopy is also available)
U1  - B TH-0774 
PY  - 2018///
N1  - CONTENTS :
Acknowledgement  I
Abstract  II 
Table of Contents  III 
Abbreviations  VII
Definitions  X
1.1 Introduction about Culverts  1	
1.2 Research  Introduction  1
1.3 Need for the Study  1 	
1.4 Research Objective  2
1.5 Scope of the Research  2
1.6 Limitations ofthe study  2
1.7 Timeline of the Study  3
1.8 Research Methodology  4
2.1 Classification of culverts  5
2.1.1 Structural Type of Culvert  5
2.1.2 Type of Culvert based on the Shape  5
2.2 Factors considered for the design of culverts  6
2.3 Factors affecting culvert performance  6
2.4 Types of distress in culverts  6
2.5 Required site conditions  7
2.6 Loading conditions  7
2.7 Hydraulic design  10
2.7.1 Inlet Control 12    11
2.7.2 Outlet Control  11
2.8 Criteria for selection of culverts  12
2.9 Former studies done on culverts  15
3.1 Data Requirement  17
3.2 Selection of culvert type  18
3.3 Pipe design  19
3.3.1 Inputs for the Pipe Culverts  19
3.3.2 Design of Pipe Culvert  19
3.3.3 Bedding for the Pipes 19
3.3.4 Reinforcement for the Pipe  21
3.4 Box culvert design  23
3.4.1 Inputs for the Box Design  23
3.4.2 Live Load Calculations  23
3.4.3 Loads and Reactions  25
3.4.4 Lateral Earth Pressure  26
 3.4.5 Case 1: Dead Loads and Live Loads acting on the outer walls, while no Water Pressure acting from inside  26
3.4.6 Case 2: Dead Loads and Live Loads acting on the outer walls , and Water Pressure acting from inside  28
3.4.7 Case 3: Live Load and Dead Load acting on top of the slab, Water Pressure acting from inside and no Lateral Pressure due to Live Load  30
3.4.8 Reinforcement provided  in Box Culvert  32
3.4.8.1 Design of To Slab  32
3.4.8.2 Design of Bottom Slab  34
3.4.8.3 Design of Side-Walls  37
3.5 Commercially available sizes of culverts  40
4.1 Without Cushion  44
4.2 With Cushion  50
5.1 Conclusion  57
References  58

ER  -