Breadcrumbs

Agenda

Topics

Part 1

Day 1 - April 5

 

Modeling technique (1)

Topics

Brief introduction of GeniE GUI

Jacket modeling

  • Basic modelling technique
  • Pile-leg connection modelling (Ungrouted)
  • Diagonal bracing modelling 
  • X/K brace modelling
  • Tubular joint connection modelling and design

Speaker

Jayne Duncan

Senior Engineer

Part 2

Day 2 - April 12

 

Modelling technique (2)

Topics:


Topside deck modelling

  • Deck beam modelling
  • Plate modelling
  • Beam eccentricity

Topside load modelling

  • Equipment loading
  • Explicit loads
  • Point loads
  • Line loads
  • Surface loads

Hydrodynamic Properties

  • Marine growth
  • Flooded legs
  • Morison Coefficients
  • Air/Drag Coefficients

Codecheck parameters

Speaker

Jayne Duncan

Senior Engineer

Part 3

Day 3 - April 26

 

Environmental loads and foundation

Topics:

Environmental conditions

  • Location
  • Current
  • Waves
  • Wind
  • Wind loads on equipment

Pile and soil modelling

  • Pile modelling
  • Soil modelling using soil utility tool

Speaker

Jayne Duncan

Senior Engineer

Part 4

Day 4 - May 3

 

In-place analysis and code checks

Topics:

Static analysis with non-linear pile/soil foundation 

  • Analysis setup and analysis type options
  • Wave load generating options
  • Load and load combinations
  • Pile-soil interactive analysis options
  • Pile capacity check and pile code checks

Code check capacity models

  • Capacity model for beam code checking
  • Capacity model for tubular connection code checking
  • Capacity model by set

Code check runs

  • Design code selection
  • Code check options
  • Code check runs
  • Code check results
  • Reporting
  • Redesign

Analysis result presentation and reporting

Speaker

Jayne Duncan

Senior Engineer

Part 5

Day 5 - May 10

 

Spectral fatigue analysis

Topics:

Foundation linearization

Mass modelling

Eigenvalue analysis 

  • Rayleigh damping coefficients

Transfer function wave selection and analysis

Direct integration approach to solve the transfer function waves

Fatigue analysis optons

Wave scatter diagram input

Fatigue damage calculation

Fatigue damage result reporting

Speaker

Jayne Duncan

Senior Engineer

Part 6

Day 6 - May 24

 

Earthquake analysis and code checks (response spectrum approach)

Topics:

Foundation linearization

Mass modelling

Eigenvalue analysis

Static analysis with dead and buoyancy loads

Merge of the Eigenvalue analysis and the static analysis

Earthquake response spectrum input and earthquake loads

Load combinations under the earthquake condition

Code checks under the earthquake condition

Speaker

Jayne Duncan

Senior Engineer