BAR2:

This test involves a frequency domain analysis of two barges pinned together.

• bar2 commands
• bar2 data
• bar2 log
• bar2 output

FRQRCT:

This is an example of a simulation and stress analysis of a moored structure containing only Morison elements in the frequency domain.

• frqrct commands
• frqrct data
• frqrct log
• frqrct output

FRQSLI:

This test simulates a jacket in an upend position, attached to a barge with upending slings. Variation in the hookload and sling tensions due to waves is calculated in the frequency domain.

• frqsli commands
• frqsli data
• frqsli log
• frqsli output

LAUCON:

This is a frequency domain simulation of two bodies connected via launch connectors.

• laucon commands
• laucon data
• laucon log
• laucon output

MBRECT:

This is a test of three bodies connected together, with a structural analysis performed on the middle body only.

• mbrect commands
• mbrect data
• mbrect log
• mbrect output

ONEBOD:

This test is similar to LAUCON except that instead of modeling the system as two connected bodies, they are combined into a single body.

• onebod commands
• onebod data
• onebod log
• onebod output

PIPSLI:

This test hangs a pipe from a boom tip, and calculates the variation in sling load due to waves.

• pipsli commands
• pipsli data
• pipsli log
• pipsli output

PULLEY_F:

This tests checks the operation of pulley connectors composed of taught lines in the frequency domain.

• pulley_f commands
• pulley_f data
• pulley_f log
• pulley_f output

TUG_F:

This test of the dynamic tug connector.

• tug_f commands
• tug_f data
• tug_f log
• tug_f output

TWOBOD:

This test is similar to LAUCON, except that here, the two bodies are pinned together.

• twobod commands
• twobod data
• twobod log
• twobod output