Accuris Datasheets for Standards and Technical Documents
Standards and technical documents includes standards, codes, regulation, handbooks, manuals, comprehensive guides and other formal publications. Standards, codes, and regulation establish uniform specifications, procedures or technical criteria.
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| Product Name | Notes |
|---|---|
| ALLOWABLE THICKNESS DIMINUTION FOR HULL STRUCTURE OF OFFSHORE SHIPS | |
| Analysis of grouted connections using the finite element method | |
| Asset information modelling framework | |
| Assurance of AI-enabled systems | |
| Assurance of machine learning applications | |
| Assurance of sensor systems | |
| Assurance of simulation models | |
| Ballast, Stability, and Watertight Integrity - Planning and Operating Guidance | |
| BUCKLING STRENGTH OF PLATED STRUCTURES | |
| BUCKLING STRENGTH OF SHELLS | |
| CATHODIC PROTECTION DESIGN | |
| CATHODIC PROTECTION OF SUBMARINE PIPELINES BY GALVANIC ANODES | |
| Certification scheme for dynamic positioning operators | |
| Certification scheme for remote control centre operators | |
| Checkpoint verification of computer-based systems | |
| Column Stabilised Units | |
| Column-Stabilised Units | |
| Competence related to the use of ammonia as fuel | |
| COMPOSITE RISERS | |
| Corroded Pipelines | |
| Corrosion protection for wind turbines | |
| CORROSION PROTECTION OF FLOATING PRODUCTION AND STORAGE UNITS | |
| Coupled analysis of floating wind turbines | |
| Cyber security for power grid protection devices | |
| Cyber security in the oil and gas industry based on IEC 62443 | |
| Cyber security resilience management for ships and mobile offshore units in operation | |
| DAMAGE ASSESSMENT OF FIBRE ROPES FOR OFFSHORE MOORING | |
| Data quality assessment framework | |
| DESIGN AGAINST ACCIDENTAL LOADS | |
| Design and Installation of Drag-In Plate Anchors in Clay | |
| Design and Installation of Fluke Anchors in Clay | |
| Design and Installation of Fluke Anchors | |
| DESIGN AND INSTALLATION OF PLATE ANCHORS IN CLAY | |
| DESIGN AND OPERATION OF CO2 PIPELINES | |
| DESIGN OF DUPLEX STAINLESS STEEL SUBSEA EQUIPMENT EXPOSED TO CATHODIC PROTECTION | |
| Design of pipelines with pressure protection systems | |
| DESIGN OF TITANIUM RISERS | |
| Design, development and operation of floating solar photovoltaic systems | |
| Design, Fabrication, Operation and Qualification of Bonded Repair of Steel Structures | |
| Determination of Structural Capacity by Non-linear FE analysis Methods | |
| Development and operation of liquefied natural gas bunkering facilities | |
| Digital inventories and on-demand manufacturing | |
| Diving systems | |
| DNV RULES FOR CLASSIFICATION HSLC SUMMARY OF CHANGES | |
| Documentation of Offshore Projects | |
| DYNAMIC POSITIONING SYSTEMS - OPERATION GUIDANCE | |
| Dynamic positioning systems - system integration | |
| Dynamic Positioning Vessel Design Philosophy Guidelines | |
| Efficient updating of risk assessments | |
| Electrical Power Cables in Subsea Applications | |
| Electromagnetic compatibility of wind turbines | |
| ENVIRONMENTAL CONDITIONS AND ENVIRONMENTAL LOADS | |
| EROSIVE WEAR IN PIPING SYSTEMS | |
| Evaluation of erosion and delamination for leading edge protection systems of rotor blades | |
| Extreme temperature conditions for wind turbines | |
| FACTORY APPLIED EXTERNAL PIPELINE COATINGS FOR CORROSION CONTROL | |
| Failure Mode and Effect Analysis (FMEA) of Redundant Systems | |
| FATIGUE METHODOLOGY OF OFFSHORE SHIPS | |
| Fatigue Strength Analysis of Offshore Steel Structures | |
| Fleet in service | |
| Floating docks | |
| Floating infrastructure installations | |
| Floating LNG/LPG production, storage and loading units | |
| Floating offshore wind turbine installations | |
| Floating production, storage and loading units | |
| Fracture Control for Pipeline Installation Methods Introducing Cyclic Plastic Strain | |
| FRACTURE CONTROL FOR PIPELINE INSTALLATIONS METHODS INTRODUCING CYCLIC PLASTIC STRAIN | |
| Framework for assurance of data-driven algorithms and models | |
| Free Spanning Pipelines | |
| GENERAL REGULATIONS - Class notations | |
| GENERAL REGULATIONS Class notations | |
| General Regulations | |
| Geological Storage of Carbon Dioxide | |
| GEOTECHNICAL DESIGN AND INSTALLATION OF SUCTION ANCHORS IN CLAY | |
| GLOBAL BUCKLING OF SUBMARINE PIPELINES STRUCTURAL DESIGN DUE TO HIGH TEMPERATURE/HIGH PRESSURE | |
| Global Performance Analysis of Deepwater Floating Structures | |
| Heave compensating systems | |
| HSLC IN OPERATION - General Requirements | |
| HSLC IN OPERATION - ISM Management of Safe Ship Operation and Pollution Prevention | |
| HSLC IN OPERATION - PERIODICAL SURVEY REQUIREMENTS | |
| HSLC IN OPERATION - Retroactive Requirements | |
| HYPERBARIC EVACUATION SYSTEMS | |
| IACS COMMON STRUCTURAL RULES - Common Structural Rules for Bulk Carriers and Oil Tankers | |
| IACS COMMON STRUCTURAL RULES for bulk carriers and oil tankers | |
| Icing of wind turbines | |
| Identification and management of environmental barriers | |
| Inspection and evaluation of non-metallic seals | |
| Inspection and maintenance of jacking systems | |
| INTEGRATED SOFTWARE DEPENDENT SYSTEMS | |
| INTEGRITY MANAGEMENT OF SUBMARINE PIPELINE SYSTEMS | |
| Integrity management of subsea production systems | |
| INTERFERENCE BETWEEN TRAWL GEAR AND PIPELINES | |
| INTRODUCTION - IMO HIGH SPEED CRAFT CODE | |
| INTRODUCTION - Introduction to Classification | |
| INTRODUCTION - Introduction to Ship Classification | |
| INTRODUCTION - Introduction to the Rules for Naval Surface Craft | |
| INTRODUCTION - Methods and Procedures | |
| INTRODUCTION - Plan Approval Documentation Types - Definitions | |
| INTRODUCTION - User Information, Amendments and Index | |
| INTRODUCTION - User Information, Current Rule Chapters and Index | |
| INTRODUCTION User information and current rule chapters | |
| Lay-up and re-commissioning of ships and mobile offshore units | |
| Lidar-measured turbulence intensity for wind turbines | |
| Lifting appliances used in subsea operations | |
| Machanical Pipeline Couplings | |
| MACHINERY AND SYSTEMS - MAIN CLASS - BOILERS, PRESSURE VESSELS, THERMAL-OIL INSTALLATIONS AND INCINERATORS | |
| MACHINERY AND SYSTEMS \x96 MAIN CLASS - Steering Gear | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Control and Monitoring of Propulsion, Directional Control, Stabilisation and Auxiliary Systems | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Fire Safety | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Machinery Systems, General | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Piping Systems | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Radio Communications | |
| MACHINERY AND SYSTEMS EQUIPMENT AND OPERATION - Safety of Navigation | |
| Managing environmental aspects and impacts of seabed mining | |
| Manufacturing and commissioning of offshore substations | |
| Manufacturing of spiral conical bevel gears | |
| MARINE OPERATIONS DURING REMOVAL OF OFFSHORE INSTALLATIONS | |
| MATERIALS AND WELDING - Composite Materials | |
| MATERIALS AND WELDING - WELDING | |
| MODELLING AND ANALYSIS OF MARINE OPERATIONS | |
| Modular systems for drilling and well | |
| Mooring integrity management | |
| NAVAL RESCUE SUBMERSIBLES | |
| NEW BUILDING MATERIALS AND WELDING Fabrication and testing of ships | |
| NEWBUILDINGS HULL AND EQUIPMENT - MAIN CLASS - Hull structural design - Ships with length 100 metres and above | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Control and Monitoring Systems | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Electrical Installations | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Instrumentation and Automation | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Pressure Vessels | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Rotating Machinery, Driven Units | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Rotating Machinery, Drivers | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Rotating Machinery, General | |
| NEWBUILDINGS MACHINERY AND SYSTEMS - MAIN CLASS - Rotating Machinery, Power Transmission | |
| NEWBUILDINGS MACHINERY AND SYSTEMS \x96 MAIN CLASS Rotating machinery, drivers | |
| NEWBUILDINGS MATERIALS AND WELDING - GENERAL REQUIREMENTS FOR MATERIALS | |
| NEWBUILDINGS MATERIALS AND WELDING - Metallic Materials | |
| NEWBUILDINGS MATERIALS AND WELDING - Welding | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS - Electrical Shore Connections | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS - Fuel Cell Installations | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS - INTEGRATED COMPUTER SYSTEMS (ICS) | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS Safety of Navigation for Naval Vessels | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS Tentative Rules for Battery Power | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS Tentative Rules for Low Flashpoint Liquid Fuelled Ship Installations | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS \x96 ADDITIONAL CLASS - Recycling | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS \x96 ADDITIONAL CLASS Recycling | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS \x96 ADDITIONAL CLASS Tentative rules for low flashpoint liquid fuelled ship installations | |
| NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Gas Fuelled Engine Installations | |
| NON-INTRUSIVE INSPECTION | |
| Offshore Classification Projects - Testing and Commissioning | |
| Offshore drilling and support units | |
| Offshore fish farming units and installations | |
| Offshore soil mechanics and geotechnical engineering | |
| ON-BOTTOM STABILITY DESIGN OF SUBMARINE PIPELINES | |
| Part 1 General regulations - Chapter 1 General regulations | |
| Part 1 General regulations - Chapter 2 Class notations | |
| Part 1 General regulations - Chapter 3 Documentation and certification requirements, general | |
| Part 2 Materials and welding - Chapter 1 General requirements for materials and fabrication | |
| Part 2 Materials and welding - Chapter 2 Metallic materials | |
| Part 2 Materials and welding - Chapter 3 Non-metallic materials | |
| Part 2 Materials and welding - Chapter 4 Fabrication and testing | |
| Part 2 Materials and welding - Chapter 5 Materials for INV | |
| Part 2 Materials and welding - Chapter 5 Special materials for naval ships | |
| Part 3 Hull - Chapter 1 General principles | |
| Part 3 Hull - Chapter 10 Special requirements | |
| Part 3 Hull - Chapter 11 Hull equipment, supporting structure and appendages | |
| Part 3 Hull - Chapter 11 Hull equipment, supporting structure, and appendages | |
| Part 3 Hull - Chapter 12 Openings and closing appliances | |
| Part 3 Hull - Chapter 13 Welding | |
| Part 3 Hull - Chapter 14 Rudders and steering | |
| Part 3 Hull - Chapter 15 Stability | |
| Part 3 Hull - Chapter 2 General arrangement design | |
| Part 3 Hull - Chapter 3 Structural design principles | |
| Part 3 Hull - Chapter 4 Loads | |
| Part 3 Hull - Chapter 5 Hull girder strength | |
| Part 3 Hull - Chapter 6 Hull local scantling | |
| Part 3 Hull - Chapter 9 Fatigue | |
| Part 3 Hull Chapter 7 Finite element analysis | |
| Part 3 Hull Chapter 8 Buckling | |
| Part 3 Structures, equipment - Chapter 1 Hull design and construction, general | |
| Part 3 Structures, equipment - Chapter 2 Design load principles | |
| Part 3 Structures, equipment - Chapter 3 Hull girder strength | |
| Part 3 Structures, equipment - Chapter 4 Hull scantlings | |
| Part 3 Structures, equipment - Chapter 5 Other structures | |
| Part 3 Structures, equipment - Chapter 6 Hull outfitting | |
| Part 4 Systems and components - Chapter 1 Machinery and systems \x96 general | |
| Part 4 Systems and components - Chapter 1 Machinery and systems | |
| Part 4 Systems and components - Chapter 10 Steering gear | |
| Part 4 Systems and components - Chapter 11 Fire safety | |
| Part 4 Systems and components - Chapter 12 Safety systems, equipment and stability | |
| Part 4 Systems and components - Chapter 2 Pipes, valves, fittings and pumps | |
| Part 4 Systems and components - Chapter 2 Rotating Machinery \x96 general | |
| Part 4 Systems and components - Chapter 2 Rotating machinery, general | |
| Part 4 Systems and components - Chapter 3 Pressure vessels | |
| Part 4 Systems and components - Chapter 3 Rotating machinery - drivers | |
| Part 4 Systems and components - Chapter 3 Rotating machinery \x96 drivers | |
| Part 4 Systems and components - Chapter 4 Electrical installations | |
| Part 4 Systems and components - Chapter 4 Rotating machinery - power transmission | |
| Part 4 Systems and components - Chapter 4 Rotating machinery \x96 power transmission | |
| Part 4 Systems and components - Chapter 5 Control and Monitoring Systems | |
| Part 4 Systems and components - Chapter 5 Rotating machinery - driven units | |
| Part 4 Systems and components - Chapter 5 Rotating machinery \x96 driven units | |
| Part 4 Systems and components - Chapter 6 Piping systems | |
| Part 4 Systems and components - Chapter 6 Steering gear | |
| Part 4 Systems and components - Chapter 7 Fire safety | |
| Part 4 Systems and components - Chapter 7 Pressure equipment | |
| Part 4 Systems and components - Chapter 8 Electrical installations | |
| Part 4 Systems and components - Chapter 9 Control and monitoring systems | |
| Part 5 Ship types - Chapter 1 Cargo vessels | |
| Part 5 Ship types - Chapter 1 Naval | |
| Part 5 Ship types - Chapter 2 Naval support | |
| Part 5 Ship types - Chapter 2 Tankers | |
| Part 5 Ship types - Chapter 3 Container vessels | |
| Part 5 Ship types - Chapter 3 Naval cargo | |
| Part 5 Ship types - Chapter 4 Patrol | |
| Part 5 Ship types - Chapter 4 RoRo vessels | |
| Part 5 Ship types - Chapter 5 Landing craft | |
| Part 5 Ship types - Chapter 5 Passenger vessels | |
| Part 5 Ship types - Chapter 6 Submarine | |
| Part 5 Ship types - Chapter 6 Tugs and pushers | |
| Part 5 Ship types - Chapter 7 Pontoons | |
| Part 5 Ship types - Chapter 8 Dredgers and hopper barges | |
| Part 5 Ship types - Chapter 9 Launches | |
| Part 6 Additional class notations - Chapter 1 Naval specific notations | |
| Part 6 Additional class notations - Chapter 1 Transport of dangerous goods | |
| Part 6 Additional class notations - Chapter 2 Application of rules for ships | |
| Part 6 Additional class notations - Chapter 2 Propulsion, power generation and auxiliary systems | |
| Part 6 Additional class notations - Chapter 2 Ship strength | |
| Part 6 Additional class notations - Chapter 3 Cargo operations | |
| Part 6 Additional class notations - Chapter 4 Equipment and design features | |
| Part 6 Additional class notations - Chapter 4 Ferry | |
| Part 6 Additional class notations - Chapter 5 Environmental protection and pollution control | |
| Part 6 Additional class notations - Chapter 5 Stability | |
| Part 6 Additional class notations - Chapter 6 Additional fire protection for passenger vessels | |
| Part 6 Additional class notations - Chapter 6 Living and working conditions | |
| Part 6 Additional class notations - Chapter 7 Survey arrangements | |
| Part 7 Fleet in service - Chapter 1 Survey requirements for fleet in service | |
| Part 7 Fleet in Service - Chapter 1 Survey requirements | |
| Part 7 Fleet in service - Chapter 2 Inclining test and light weight check | |
| Part 7 Fleet in service \x96 retention of class - Chapter 2 Periodical surveys \x96 main class | |
| Part 7 Fleet in service \x96 retention of class - Chapter 3 Periodical surveys - vessel type notations | |
| Part 7 Fleet in service \x96 retention of class - Chapter 3 Periodical surveys \x96 vessel type notations | |
| Part 7 Fleet in service \x96 retention of class - Chapter 4 Periodical surveys - additional class notations | |
| Part 7 Fleet in service \x96 retention of class - Chapter 4 Periodical surveys \x96 additional class notations | |
| Part 7 Fleet in service \x96 retention of class - Chapter 5 Periodical surveys \x96 in-operation class notations | |
| Part 7 Fleet in service Chapter 1 Survey requirements for fleet in service | |
| Part 8 Submarines - Chapter 1 General | |
| Part 8 Submarines - Chapter 10 Dangerous goods | |
| Part 8 Submarines - Chapter 11 Integration of platform and navigation system | |
| Part 8 Submarines - Chapter 12 Atmosphere control | |
| Part 8 Submarines - Chapter 13 Survey requirements | |
| Part 8 Submarines - Chapter 2 Structure | |
| Part 8 Submarines - Chapter 3 Buoyancy, stability and controllability | |
| Part 8 Submarines - Chapter 4 Engineering system | |
| Part 8 Submarines - Chapter 5 Seamanship system | |
| Part 8 Submarines - Chapter 6 Fire safety | |
| Part 8 Submarines - Chapter 7 Submarine escape, rescue, abandonment, and survival | |
| Part 8 Submarines - Chapter 8 Communication | |
| Part 8 Submarines - Chapter 9 Navigation | |
| Performance of air lubrication systems | |
| Performance of wind assisted propulsion systems | |
| PIPE GIRTH WELD AUT SYSTEM QUALIFICATION AND PROJECT SPECIFIC PROCEDURE VALIDATION | |
| Pipe-soil interaction for submarine pipelines | |
| Pipeline and cable laying equipment | |
| PIPELINE FIELD JOINT COATING AND FIELD REPAIR OF LINEPIPE COATING | |
| PIPELINE SUBSEA REPAIR | |
| Plan Approval Documentation Types - Definitions | |
| Pre-commissioning of submarine pipelines | |
| Probabilistic methods for planning of inspection for fatigue cracks in offshore structures | |
| Project Certification of Offshore Wind Farms | |
| Qualification procedure for offshore high-voltage direct current (HVDC) technologies | |
| QUALIFICATION PROCEDURES FOR CO2 CAPTURE TECHNOLOGY | |
| Qualification Procedures for New Technology | |
| Quality Survey Plan (QSP) for Offshore Class New-building Surveys | |
| RECERTIFICATION OF BLOWOUT PREVENTERS AND WELL CONTROL EQUIPMENT FOR THE US OUTER CONTINENTAL SHELF | |
| Recertification of Well Control Equipment for the Norwegian Continental Shelf | |
| RECERTIFICATION OF WELL CONTROL EQUIPMENT | |
| Redundant dynamic positioning systems with closed bus-ties | |
| REGULATIONS - General Regulations | |
| REGULATIONS - Safety Objectives and Equivalent Requirements | |
| RISER FATIGUE | |
| RISER INTEGRITY MANAGEMENT | |
| RISER INTERFERENCE | |
| RISK ASSESSMENT OF PIPELINE PROTECTION | |
| Risk based abandonment of wells | |
| Risk Based Corrosion Management | |
| RISK BASED INSPECTION OF OFFSHORE TOPSIDES STATIC MECHANICAL EQUIPMENT | |
| Risk based management of corrosion under insulation | |
| RISK MANAGEMENT IN MARINE - AND SUBSEA OPERATIONS | |
| Risk Management in Marine and Subsea Operations | |
| Risk Management of Shale Gas Developments and Operations | |
| Rock scour protection for monopiles | |
| Safety and Reliability of Subsea Systems | |
| Safety, operation and performance of grid-connected energy storage systems | |
| Seismic design of wind power plants | |
| SELECTION AND USE OF SUBSEA LEAK DETECTION SYSTEMS | |
| Self-elevating units, including wind turbine installation units and liftboats | |
| SELF-ELEVATING UNITS | |
| SHIPS IN OPERATION - Management of Safety and Environmental Protection (SEP) | |
| SPECIAL EQUIPMENT AND SYSTEMS - ADDITIONAL CLASS - Safety of Navigation for Naval Vessels | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - COMBAT SURVIVABILITY | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Extended Lifetime | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - HULL MONITORING SYSTEMS | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Miscellaneous Notations | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Nautical Safety | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Noise and Vibrations | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Nuclear Biological and Chemical Protection | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Periodically Unattended Machinery Space | |
| SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS - Service on Windfarms and other Offshore Installations | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Car Ferry | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Cargo | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Carriage of Dangerous Goods | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Crew Boats | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Naval and Naval Support Vessels | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Naval Landing Craft | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Passenger Craft | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Patrol Boats | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Small Service Crafts | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - TENTATIVE RULES FOR DOMESTIC SERVICE CRAFT | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - TENTATIVE RULES FOR SERVICE CRAFT CARRYING UP TO 60 PERSONS | |
| SPECIAL SERVICE AND TYPE ADDITIONAL CLASS - Yachts | |
| Standard Documentation Types | |
| Standardized performance testing of battery cells to foster industry collaboration | |
| STATISTICAL REPRESENTATION OF SOIL DATA | |
| Steel forgings for subsea applications - quality management requirements | |
| Steel forgings for subsea applications - technical requirements | |
| STRUCTURAL ANALYSIS OF PIPING SYSTEMS | |
| Structural Design of Offshore Ships | |
| STRUCTURES, EQUIPMENT - Accommodation and Escape Measures | |
| STRUCTURES, EQUIPMENT - Design Principles, Design Loads | |
| STRUCTURES, EQUIPMENT - Direct Calculation Methods | |
| STRUCTURES, EQUIPMENT - Equipment, Steering and Appendages | |
| STRUCTURES, EQUIPMENT - Hull Structural Design, Aluminum Alloy | |
| STRUCTURES, EQUIPMENT - Hull Structural Design, Fibre Composite and Sandwich Constructions | |
| STRUCTURES, EQUIPMENT - HULL STRUCTURAL DESIGN, FIBRE COMPOSITE AND SANDWICH | |
| STRUCTURES, EQUIPMENT - Hull Structural Design, Steel | |
| STRUCTURES, EQUIPMENT - Life-saving Appliances and Arrangements | |
| STRUCTURES, EQUIPMENT - Lifesaving Appliances and Arrangements | |
| STRUCTURES, EQUIPMENT - Stability and Watertight Integrity, Closing Appliances | |
| Subsea Power Cables in Shallow Water Renewable Energy Applications | |
| Subsea power cables in shallow water | |
| Subsea pumping systems (tentative recommended practice) | |
| SUBSEA SEPARATOR STRUCTURAL DESIGN | |
| SURVEY OF DIVING SYSTEMS | |
| Technical documentation for subsea projects | |
| Technical ship performance | |
| Technology Qualification | |
| Testing of rotor blade erosion protection systems | |
| Thickness Diminution for Mobile Offshore Units | |
| USE OF REMOTE SENSING FOR WIND ENERGY ASSESSMENTS | |
| Welding of subsea production system equipment | |
| Wellhead fatigue analysis | |
| Witnessing of Low Sulphur Fuel Changeover and Operations |
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