Coastal Fishery Projects : construction, maintenance and development / All-Japan Association for the Development and Promotion of Coastal Industries, Tokyo
Cover; Half Title; Title Page; Copyright Page; ON THE PUBLICATION OF THE REVISED EDITION; CHAIRMAN'S NOTE; EDITOR'S NOTE; Table of Contents; PART 1: GENERAL RULES; CHAPTER 1: GENERAL RULES; 1.1. Objective of the Manual; 1.2. Relationship with the Local Environment; 1.3 Framework Prescribed in the Manual; 1.4 Relationship with Other Development Projects in the Region; PART 2: DESIGN CONDITIONS; CHAPTER 1: DESIGN WATER LEVEL; 1.1. General; 1.2. Calculation of Tide Levels; CHAPTER 2: WAVES; 2.1. Computing Deep Water Waves; 2.1.1. General; 2.1.2. Basic characteristics of waves
2.1.3. Method of determining various characteristics of the deep-water wave in the design2.1.4. Determination of the various characteristics of the design deep-water wave; 2.1.5. Computing unrefracted deep-water wave height; 2.2. Computation of Design Wave; 2.2.1. General; 2.2.2. Computation of a wave from its generating area; 2.2.3. Calculation of characteristics of swell; 2.3. Transformation of the Wave; 2.3.1. General; 2.3.2. Shallow water transformation; 2.3.3. Refraction of waves; 2.3.4. Diffraction of waves; 2.3.5. Reflection of waves; 2.3.6. Breaking wave height; 2.4. Wave Force
2.4.1 General2.4.2. Effect of wave pressure on a vertical wall; 2.4.3. Stability of rubble structures or rubble breakwaters; CHAPTER 3: COASTAL CURRENTS; 3.1. General; 3.2. Design Current Velocity; CHAPTER 4: LITTORAL DRIFT; 4.1. Characteristics of Littoral Drift; 4.1.1. General; 4.1.2. Types of littoral drift; 4.2. Quantum of Littoral Drift; 4.2.1. Water depth limits for littoral drift and changes in the longshore bar; 4.2.2. Prevailing direction of littoral drift; 4.2.3. Quantum of littoral drift; 4.3. Sand Movement; CHAPTER 5: SOIL CONDITIONS; 5.1. General; 5.2. Sub-soil Investigations
5.3. Physical Characteristics of the Soil5.3.1. General; 5.3.2. Important physical characteristics of soil; 5.3.3. Classification of soils; 5.4. Mechanical Properties of Soil; 5.4.1. General; 5.4.2. Shear strength of soil; 5.4.3 Cohesive strength of clayey soil; 5.5. Soil Pressure; 5.5.1. General; 5.5.2. Soil pressure of sandy soil; 5.5.3. Pressure due to clayey soil; 5.6. Residual Water Pressure; PART 3: GENERAL INFORMATION; CHAPTER 1: GENERAL INFORMATION; 1.1. Objective; 1.2. Weight (Per Unit Volume) of Material; CHAPTER 2: CONCRETE; 2.1. Quality of Concrete; 2.2. Cover; 2.3. Stirrups
2.4. Permissible Intensity of Stress2.5. Conditions for Design Mix; CHAPTER 3: STEEL; 3.1. Quality of Steel; 3.2. Steel Constants Used in Design Conditions; 3.3. Permissible Stresses; 3.4. Rate of Corrosion; 3.5. Joints; CHAPTER 4: OTHER MATERIALS; 4.1. Quality of Material; PART 4: DISCUSSION ON DIFFERENT COMPONENTS; CHAPTER 1: FISH CAGES FOR CULTURE; 1.1. General; 1.2. Design of Structures; 1.3. Design External Load; 1.4. Impact at Time of Submersion; 1.5. Hydrodynamic Force; 1.6. Strength of Members; 1.7. Stability of Fish Cages; 1.8. Floating Fish Cage; 1.8.1. Objective and structure
Notes
Translated from the Japanese
Online resource; title from PDF file page (EBSCO, viewed January 24, 2019)
