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RIFLEX

    • User Guide
      • RIFLEX modeling from scratch in SIMA
      • RIFLEX Task
      • RIFLEX Location
      • Slender system
        • Supernodes, lines, line types, etc
          • Reference Frame
          • Supernode
          • Line
          • Line Type
          • Stress Joint Line Type
          • Local Element Axis
          • Slender System Connection
          • Support Vessel
          • Main Riser Line
          • Winch
        • Cross Sections
          • Axisymmetric cross section
            • Examples of hysteresis modeling
          • Axisymmetric cross section with coupled axial/torsional strain
          • Thin-walled Pipe Cross Section
          • Double Symmetric Cross Section
          • General Cross Section
          • Chain Cross Section
          • Fibre Rope Cross Section
            • Fibre Rope Model
          • Fibre Rope Wizard
          • Fish Net
        • Components
          • Nodal Body
          • Ball Joint Connector
          • Flex Joint Connector
          • Internal Fluid
          • Global Spring
          • Geotechnical model - Axis pile resistance
          • Geotechnical Spring
          • Tubular Contact
          • Pipe-in-Pipe
          • Roller Contact
            • Roller
          • Tensioner
          • Elastic Contact Surface
          • Regular 3D bottom
          • Geotechnical model - Clay Material
          • Geotechnical model - Sand Material
          • Drag Chain
          • External Wrapping
        • Wind Turbine
          • Generic Internal Controller
          • External Java Controller
          • External Bladed Style Controller
          • HAWC2 Import
        • User Defined Element
          • Interface Userderdef_element_init()
          • Interface Userderdef_element_calculate()
          • Interface Userderdef_element_finish()
        • Load Models
          • Hydrodynamic Load Models
      • Analysis
        • Static Calculation Parameters
          • Options
          • Static loads
            • Loading Sequence
            • Load Sequency for Typical Configurations
            • Convergence Criteria
            • Load Components
            • Parameter Variation
          • Storage
            • Mass Summary
            • Body results
          • Achieving Model Stability
        • Dynamic Calculation Parameters
          • Irregular Analysis
          • Regular Analysis
          • Simulation Procedure
          • Dynamic Loads
          • Dynamic Storage
        • Eigenvalue Calculation Parameters
        • Frequency Domain VIV Calculation Parameters
        • DNV OS F201 Combined Loading
        • DNV OS E301 Mooring Capacity
        • ISO 13628-7 Combined Loading Analysis
        • Tension and Curvature Capacity Check
        • Fatigue Analyses
      • Matrix Plot Result
    • Theory
      • Introduction
      • Finite Element Formulation
      • Static Catenary Analysis
      • Static Finite Element Analysis
      • Dynamic Time Domain Analysis
      • Eigenvalue Analysis
      • Load Models
      • Motion Transfer Functions
      • Contact Formulation
      • Result Post-Processing
    • Input Reference
      • Introduction
      • System Specification
      • Main Types of Analysis
      • How to Run the Program
      • Input to INPMOD
        • General Control Data
        • Slender system
          • Riser type specification
          • Standard system SA
          • Standard system SB
          • Standard system SC
          • Standard system SD
          • Standard system AR
            • Control data
            • Seafloor contact
            • System topology
            • Element coordinate system
            • Boundary conditions
            • Support vessel
            • Global springs
            • Kill and choke lines
            • Rigid supernode connection
          • Line and segment
          • Seafloor contact specification
          • Wind turbine
            • Wind turbine specification
          • Local element axis
          • Main riser line
          • Elastic contact surface
          • Pipe-in-pipe contact
          • Geotechnical spring
            • Input reference
          • Soil layer profile
          • Stress joint
          • Airfoil coefficient library
          • Winch
          • Userdefined element
          • Potential flow library
          • Shared nodes (under development)
        • Cross sections
          • Thin walled pipe cross section
          • Axisymmetric cross section
          • Coupled axial torsion cross section
          • Fibre rope cross section
          • Doublesymmetric cross section
          • Partly submerged cross section
          • General cross section
        • Components
          • Body
          • Ball joint
          • Flex joint
          • Internal fluid
          • Seafloor contact
          • Roller contact
          • Tubular contact
          • Tensioner
          • Soil (PISA)
          • Drag chain
          • Marine growth
          • External wrapping
        • Environmental Data
        • Support Vessel Data
        • Floater Force Model Data
        • Additional Input Files
          • Airfoil library file
          • Wind turbine internal blade and power control input file
          • Wind turbine external blade and power control input file
          • Wind turbine internal yaw control input file
        • References
      • Input to STAMOD
      • Input to DYNMOD
      • Input to OUTMOD
        • Distance time series
        • Element angle time series
        • Stress time series
        • Stress envelope curves
        • Time domain S-N fatigue damage
        • Time domain T-N fatigue damage
        • STAMOD results (deprecated)
        • DYNMOD results (deprecated)
        • STARTIMES file description
      • Appendix A: Hydrodynamic load models
      • Appendix B: Modelling
      • Appendix C: Analysis settings
      • Appendix D: Extract results
      • Appendix E: System settings and licenses
      • Appendix F: Mass and inertia summary
      • Appendix G: Sign convention for internal loads
      • RIFLEX Release Notes
RIFLEX
  • Bibliography
  • Conditions
  • Metocean
  • New and Noteworthy
  • Optimization
  • Post Processor
  • Report Generator
  • RIFLEX
  • SIMA Documentation
  • SIMA How-tos
  • SIMA How-tos
  • SIMO
  • User guide
  • VIVANA
  • WAMIT
  • Wind Field
  • Workflow
  • RIFLEX
  • User Guide
  • Slender system
  • Supernodes, lines, line types, etc
  • Main Riser Line

Main Riser Line

The main riser line may be used to define continuous contents of several lines.

Please see InternalFluid for details.

Support Vessel Winch

This page was built using the Antora default UI.

The source code for this UI is licensed under the terms of the MPL-2.0 license.