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<br />STREAM STABILITY AND SCOUR AT HIGHWAY ElRIDGES <br /> <br />TABLE: OF CONTENTS <br /> <br />Lesson 1: Introduction 1-1 <br />Lesson 2: Stream Stability - Geomorphic Factors and Principles 2-1 <br />Lesson 3: Stream Stability - Hydraulic FCilctors and Principles 3-1 <br />Lesson 4: Stream Stability - Level 1 Analysis Procedures 4-1 <br />Lesson 5: Stream Stability - Level 2 Analysis Procedures 5-1 <br />Lesson 6: Stream Stability - Examples 6-1 <br />Lesson 7: Scour at Highway Bridges - Introduction 7-1 <br />Lesson 8: Scour at Highway Bridges - Concepts, Definitions, <br /> and Design 8-1 <br />Lesson 9: Estimating Scour - Design Approach and Contraction Scour 9,.1 <br />Lesson 10: . Estimating Scour - Loca.l Scour at Piers 10-1 <br />Ll~sson 11: Estimating Scour - Local Scour at Abutments 11-1 <br />Lesson 12: Estimating Scour at Highway Bridges - Total Scour and <br /> Scour Problems 12-1 <br />Lesson 13: Estimating Scour - Total Scour Case Study 13-1 <br />L~!sson 14: Countermeasures for Stream Instability and Scour 14-1 <br />Lesson 15: Countermeasures for Stream Instability "" Spurs and Checl< <br /> Dams "15-1 <br />Le~sson 16: Countermeasures for Scour - Guide Banks '16-1 <br />Lesson 17: Countermeasures for Scour - Riprap Design - Abutments '17-1 <br />Le,sson 18: Countermeasures for Scour - Riprap Design - Existing <br /> Piers ':8-1 <br />Lesson 19: Bridge Scour Coding and Monitoring 19-1 <br />Lesson 20: Summary Case Study ~~0-1 <br />Lesson 21: Course Summary and Critique 21-1 <br />Module A: Use of the Metric System A-1 <br />Module B: Tidal Hydraulics and Scour B-1 <br />Module C: Tidal Scour Workshop (;-1 <br />Module D: Hatchie River Bridge Failure [1-1 <br />Module E: Bridge Scour and Stream Instability Countenneasures E-1 <br />