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SE-36 Transportation analysis of offshore structures

The course focuses on running transportation analysis by direct hydrodynamic and strength analysis methods, global structural analysis and spectral ULS calculations

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Transportation analysis of offshore structures

Training Information

  • Duration:

    4 days

  • Prerequisite:

    It is required that the participants have attended SE-01 and SE-06, alternatively SE-04 or SE-06, or have similar knowledge use of GeniE, HydroD, Wadam and Sestra.

  • Course:

    SE-36 Transportation analysis of offshore structures

  • When:
    Add to calendar 2019/04/09 09:00 2019/04/12 18:00 SE-36 Transportation analysis of offshore structures The course focuses on running transportation analysis by direct hydrodynamic and strength analysis methods, global structural analysis and spectral ULS calculations
    https://www.dnvgl.com/training/se-36-transportation-analysis-of-offshore-structures-107671
    This only adds the training to your calendar, please remember to register for this training.
    false YYYY/MM/DD akeGphYOczrmtQTfhmEQ22349

Available dates and venues

Dates
Venue
Register by
Course fee
Computer
Dates
09-12 April 2019
Venue
DNV GL office, Yokohama, Japan
Register by
15 March 2019
Course fee
JPY 200 000 per person, including lunch (excluding tax)
Computer
Need to bring own laptop (with Windows 7, 8 or 10)
Dates
23-26 April 2019
Venue
DNV GL office, Busan, Korea (in Korean)
Register by
22 March 2019
Course fee
KRW 1 600 000 per person, including lunch (excluding tax)
Computer
Laptop provided by DNV GL

Description

The course focuses on running transportation analysis by direct hydrodynamic and strength analysis methods, global structural analysis and spectral ULS calculations. The model used throughout this course consists of a topside, deck support frame (DSF) and transportation barge, prepared in GeniE.

Practical point of view, pre-seafastening and seafastening conditions will be investigated together. The hydrodynamic environment modelling is done in HydroD and the hydrodynamic analysis in Wadam.

Design wave will be selected in Postresp by long term response calculation. Selected design wave are transferred to the structural FE model by load transfer in HydroD, and structural analysis will be performed in Sestra. Hydrodynamic and structural results for ULS analysis are presented in Xtract. Simplified strength evaluation of topside by using RAO tool will be introduced. Code checking of beams and plates for topside, DSF and barge is performed in GeniE. Long term stress distribution for extreme condition will be investigated in Stofat.

The course focuses on practical use of the various modules of Sesam in the transportation analysis workflow.

Learning objectives

You will learn how to perform necessary steps of assessing the structural integrity of barge and relevant structure for transporting conditions.

Target group

Structural engineers working in the field of transportation and installation for ship and offshore structures.