OS-C501

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Offshore Standard DNV-OS-C501, November 2013 Sec.1 General – Page 16 3.2 Flow chart of the standard SECTION 1 GENERAL START DESIGN SECTION 2 DESIGN PHILOSOPHY GENERAL SECTION 3 DESIGN INPUT DESIGN PREMISES SECTION 4 MATERIALS - LAMINATES SECTION 5 MATERIALS - SANDWICH SECTION 6 Failure mechanisms SECTION 7 JOINTS & INTERFACES DESIGN ANALYSIS SECTION 8 SAFETY FACTORS SECTION 9 STRUCTURAL ANALYSIS SECTION 10 COMPONENT TESTING SECTION 11 FABRICATION FABRICATION INSPECTION & REPAIR SECTION 12 INSPECTION SECTION 13 D EFINITIONS SECTION 14 EXAMPLES GENERAL Figure 1-1 Flow chart of the standard 3.3 How to use the standard 3.3.1 All users should go through Sec.1 and Sec.2 describing the scope of the standard and the design principles. 3.3.2 The client and contractor(s) should specify the Design Premises according to Sec.3. 3.3.3 The design analysis should be performed by the designer according to Sec.6, Sec.7, Sec.8, Sec.9 and Sec.10. The main input for the Design Report should come out of these sections. 3.3.4 The contractor(s) and manufacturer(s) should specify the fabrication according to Sec.11. 3.3.5 The client and contractor(s) should specify the installation and repair procedures according to Sec.12. DET NORSKE VERITAS AS
Offshore Standard DNV-OS-C501, November 2013 Sec.1 General – Page 17 3.3.6 The third party verifier should verify that the design documentation is according to the requirements of Sec.2 [5]. 4 Normative references The latest revision of the following documents applies: 4.1 Offshore service specifications DNV-OSS-301 4.2 Offshore Standards DNV-OS-F101 DNV-OS-F201 DNV-OS-C105 DNV-OS-C106 DNV-OS-C501 4.3 Recommended practices DNV-RP-B401 DNV-RP-C203 DNV-RP-C205 DNV-RP-F101 DNV-RP-F104 DNV-RP-F105 DNV-RP-F106 DNV-RP-F108 DNV-RP-F201 DNV-RP-F202 DNV-RP-O501 4.4 Rules Certification and Verification of Pipelines Submarine Pipeline Systems Dynamic Risers Structural Design of TLPs by the LRFD Method Structural Design of Deep Draught Floating Units Composite Components Cathodic Protection Design Fatigue Strength Environmental Conditions and Environmental Loads Corroded Pipelines Mechanical Pipeline Couplings Free Spanning Pipelines Factory applied Pipeline Coatings for Corrosion Control (under development) Fracture Control for Reeling of Pipelines (under development) Titanium Risers Composite Risers Erosive Wear in Piping Systems DNV Rules for Certification of Flexible Risers and Pipes DNV Rules for Planning and Execution of Marine operations DNV Rules for Classification of Fixed Offshore Installations 4.5 Standards for certification and classification notes DNV CN 1.2 DNV CN 7 DNV CN 30.2 DNV CN 30.4 DNV CN 30.6 4.6 Other references API RP1111 API RP2RD ISO/FDIS 2394 IS0/CD 13628-7 Method of analysis (App.J): Conformity Certification Services, Type Approval Ultrasonic Inspection of Weld Connections Fatigue Strength Analysis for Mobile Offshore Units Foundations Structural Reliability Analysis of Marine Structures Design, Construction, Operation, and Maintenance of Offshore Hydrocarbon Pipelines (Limit State Design) Design of Risers for Floating Production Systems (FPSs) and Tension-Leg Platforms (TLPs) General Principles on Reliability for Structures Petroleum and natural gas industries - Design and operation of subsea production systems - Part 7: Completion/workover riser systems — Ronold, K. and Lotsberg, I.: On the Estimation of Characteristic S-N curves with Confidence. Marine Structures, vol. 27, 2012, pp. 29-44. Guidance note: The latest revision of the DNV documents may be found in the publication list at the DNV website www.dnv.com. ---e-n-d---of---G-u-i-d-a-n-c-e---n-o-t-e--- DET NORSKE VERITAS AS
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OS-C501

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