B_TCOUNT:

This is a test of time domain fatigue, counting fatigue bins for time domain, and using &REP_SEL to specify SN data.

• b_tcount commands
• b_tcount data
• b_tcount log
• b_tcount output

BAR3:

This test is a transportation of a structure on three barges. Here, macros are used to generate the model, Three Dimensional Diffraction hydrodynamics is used, and the flexibility of the barges is accounted for.

• bar3 commands
• bar3 data
• bar3 log
• bar3 output

CDR_COUNT:

This test compares damage computed with BEAM FATIGUE vs that obtained from BEAM COUNT.

• cdr_count commands
• cdr_count data
• cdr_count log
• cdr_count output

DISTEST:

This test uses Strip Theory to compute hydrodynamics, creates RAO load cases, and uses CASES -TIME in the Structural Post Processor to create time domain snap shot load cases from the frequency domain structural solution.

• distest commands
• distest data
• distest log
• distest output

ED:

This test checks the way SN curves can change with thickness.

• ed commands
• ed data
• ed log
• ed output

EXPSTL:

This test exports a structural hydrodynamic database.

• expstl commands
• expstl data
• expstl log
• expstl output

FR_SLAM:

This test checks frequency domain slamming.

• freq_slam commands
• freq_slam data
• freq_slam log
• freq_slam output

FRQTUB:

This test applies morison loads to a tube then performs a structural analysis.

• frqtub commands
• frqtub data
• frqtub log
• frqtub output

GAIL:

This is a test of performing a frequency domain analysis using a negative wave heading.

• gail commands
• gail data
• gail log
• gail output

HUL_WIND:

This test checks the application of wind force on panels to the structure.

• hul_wind commands
• hul_wind data
• hul_wind log
• hul_wind output

HULTIM:

This test is similar to DISTEST, except that here the structural solution is specified times in a time domain process.

• hultim commands
• hultim data
• hultim log
• hultim output

IMPSTL:

This test imports a structural hydrodynamic database.

• impstl commands
• impstl data
• impstl log
• impstl output

MORTST:

This is a simple test of a moored body being simulated in the frequency domain and a following stress analysis.

• mortst commands
• mortst data
• mortst log
• mortst output

MOTEST:

This test is similar to DISTEST, except that here the stress analysis is performed in the frequency domain.

• motest commands
• motest data
• motest log
• motest output

ORITST:

This demonstrates how hulls can be oriented in a different direction and a stress analysis performed.

• oritst commands
• oritst data
• oritst log
• oritst output

SN_CHECK:

This test checks changing SN curves in the MEDIT Menu.

• sn_check commands
• sn_check(tcombine) data
• sn_check log
• sn_check output

SPECMB:

This test shows how to generate a load case based on the RAO, and how to take a snapshot analysis in the frequency domain.

• specmb commands
• specmb data
• specmb log
• specmb output

TCOMBINE:

This test shows how a frequency domain stress analysis can be "combined" in the post-processor to generate a time domain sample.

• tcombine commands
• tcombine data
• tcombine log
• tcombine output

TIMTEST:

This test is similar to DISTEST, except that the structural solution is performed via a time sample.

• timtest commands
• timtest data
• timtest log
• timtest output

TWO_PRC:

This test computes fatigue based on raos for two different processes.

• two_prc commands
• two_prc data
• two_prc log
• two_prc output

TWO_STR:

This test enters the structural analysis menu twice.

• two_str commands
• two_str data
• two_str log
• two_str output

TWO_SEAS:

This test tests using two seas in a duration for fatigue.

• two_seas commands
• two_seas data
• two_seas log
• two_seas output