File : pdf, 2.76 MB, 223 pages
TOC
CHAPTER 1 INTRODUCTION
1-1 Purpose and Scope
1-2 Purpose of Criteria
1-3 Definition
1-4 Cancellation
1-5 Organizational Roles and Responsibilities
CHAPTER 2 MOORING SYSTEMS
2-1 Introduction
2-1.1 Purpose of Mooring
2-2 Types of Mooring Systems
2-2.1 Fixed Mooring Systems
2-2.2 Fleet Mooring Systems
CHAPTER 3 BASIC DESIGN PROCEDURE
3-1 Design Approach
3-2 General Design Criteria
3-2.1 Mooring Service Types
3-2.2 Facility Design Criteria for Mooring Service Types
3-2.3 Ship Hardware Design Criteria for Mooring Service Types
3-2.4 Strength
3-2.5 Serviceability
3-2.6 Design Methods
3-2.7 General Mooring Integrity
3-2.8 Quasi-Static Safety Factors
3-2.9 Allowable Ship Motions
3-3 Design Methods
3-3.1 Quasi-Static Design
3-3.2 Dynamic Mooring Analysis
3-4 Risk
3-5 Coordinate Systems
3-5.1 Ship Design/Construction Coordinates
3-5.2 Ship Hydrostatics/Hydrodynamics Coordinates
3-5.3 Local Mooring Coordinate System
3-5.4 Global Coordinate System
3-5.5 Ship Conditions
3-6 Vessel Design Considerations
3-7 Facility Design Considerations
3-8 Environmental Forcing Design Considerations
3-9 Operational Considerations
3-10 Inspection
3-11 Maintenance
3-12 General Mooring Guidelines
CHAPTER 4 STATIC ENVIRONMENTAL FORCES AND MOMENTS ON VESSELS
4-1 Scope
4-1 Scope
4-2 Engineering Properties of Water and Air
4-3 Principal Coordinate Directions
4-4 Static Wind Forces/Moments
4-4.1 Static Transverse Wind Force
4-4.2 Static Longitudinal Wind Force
4-4.3 Static Wind Yaw Moment
4-5 Static Current Forces/Moments
4-6 Wind and Current Forces and Moments on Multiple Ships
CHAPTER 5 ANCHOR SYSTEM DESIGN PROCEDURES
5-1 General Anchor Design Procedure
5-2 Drag-Embedment Anchor Specification
5-3 Driven-Plate Anchor Design
CHAPTER 6 FACILITY MOORING EQUIPMENT GUIDELINES
6-1 Introduction
6-2 Key Mooring Components
6-3 Anchors
6-4 Chain and Fittings
6-5 Buoys
6-6 Sinkers
6-7 Mooring Lines
6-8 Fenders
6-9 Pier Fittings
6-10 Catenary Behavior
6-11 Sources of Information
CHAPTER 7 VESSEL MOORING EQUIPMENT GUIDELINES
7-1 Introduction
7-2 Types of Mooring Equipment
7-3 Equipment Specification
7-4 Fixed Bitts
7-5 Recessed Shell Bitts
7-6 Exterior Shell Bitts
7-7 Chocks
7-8 Allowable Hull Pressures
7-9 Sources of Information for Ships’ Mooring Equipment
CHAPTER 8 EXAMPLE PROBLEMS
8-1 Introduction
8-2 Single Point Mooring – Basic Approach
8-2.1 Background for Example
8-2.2 Ship
8-2.3 Forces/Moments
8-2.4 Quasi-Static Design
8-2.5 Mooring Hawser Break
8.3 Fixed Mooring – Basic Approach
8.4 Spread Mooring – Basic Approach
8-4.1 Background for Example
8-4.2 Goal
8-4.3 Ship
8-4.4 Forces/Moments
8-4.5 Anchor Locations
8-4.6 Definitions
8-4.7 Number of Mooring Legs
8-4.8 Static Analysis
8-4.9 Dynamic Analysis
8-4.10 Anchor Design
8-5 Mooring LPD-17, LHD-1 and LHA-1
8-5.1 Mooring LPD-17
CHAPTER 9 PASSING SHIP EFFECTS ON MOORED SHIPS
9-1 Introduction
9-2 Passing Ship Effects on Moored Ships
CHAPTER 10 SHIP WAVES
10-1 Introduction
10-2 Ship Waves
CHAPTER 11 HEAVY WEATHER MOORING GUIDELINES
11-1 Introduction
11-2 Discussion
11-3 Heavy Weather Mooring Guidelines
11-4 Action
11-5 Environmental Design Criteria for Selected Sites
Download : pdf1
its a good facility
[...] 1. Introduction Purpose and Use Background Types of Inspection – Surface Inspection – Lift Inspection – Underwater Inspection – Ashore Inspection Types of Moorings – Free Swinging Mooring – Bow and Stern Mooring – Spread (ARDM) Mooring – Mediterranean Mooring – Buoy Dolphin Mooring Mooring Classification Types of Buoys – Drum Buoy – Peg Top Buoy – Drum Mon-Riser Buoy – Cylindrical Buoy [...]
Everything you need to know!
[...] 4—Mooring Systems 4-1 Stationkeeping by Moorings 4-2 Mooring Lines [...]