AIR_CUSH:

Here, a "box" supported on an air cushion is analyzed. The box is divided into 100 cells and each one is pressurized. By changing the parameters, one can also get the response of the box without an air cushion.

• air_cush commands
• water_pu data
• air_cush log
• air_cush output

AIR_PUMP:

Here, a compartment is attached to a compressor and pumped with air with the vent valve closed and flood valve open. A time domain simulation shows the vessel rising as the compartment is deballasted.

• air_pump commands
• water_pu data
• air_pump log
• air_pump output

BARRY:

This is a test to show the hydrostatics of an air cushion supported vessel.

• barry commands
• barry data
• barry log
• barry out

CMP_STRU:

This is a test to show the difference in a structural analysis due to filling a compartment "CORRECTLY" and "APPROXIMATELY".

• cmp_stru commands
• cmp_stru data
• cmp_stru log
• cmp_stru out

CMPTST:

Several of the static flooding options of the &COMPARTMENT command are tested in this file.

• cmptst commands
• cmptst data
• cmptst log

DH_CHECK:

This test checks the computation of the design head for compartments.

• dh_check commands
• dh_check data
• dh_check log

FSCTEST:

This test checks the some of the compartment commands. It also checks the reporting near the minimum set with the compartment defition.

• fsctest commands
• fsctest data
• fsctest log
• fsctest output

FLOAT:

A time domain simulation in this test illustrates a compartment being deballasted using internal pressure only.

• float commands
• water_pu data
• float log
• float output

FILL_TYP:

This test checks the different ways to fill compartments.

• fill_typ commands
• fill_typ data
• fill_typ log

GM:

A test to establish that the "Simple" method of ballasting works properly.

• gm commands
• gm data
• gm log

HSTAT:

A test to establish that standard hydrostatics works properly in conjunction with compartments.

• hstat commands
• hstat data
• hstat log
• hstat output

INTP:

A test to establish that the "OPEN_VALVE" command works correctly with internal pressure.

• intp commands
• intp data
• intp log

J_SPAR:

This test checks structural results with compartments using various styles of ballasting and internal pressure.

• j_spar commands
• j_spar data
• j_spar log
• j_spar output

MEDIT:

This test verify that one can define compartments within MEDIT.

• medit commands
• medit data
• medit log
• medit out

MSH_MAP:

This test verify that the command M_PAN_FIX works correctly.

• msh_map commands
• msh_map data
• msh_map log

PMOVE:

A variety of port, starboard and symmetric compartments are tested here, attached to a part that has been moved.

• pmove commands
• pmove data
• pmove log

RC:

This tests that the compartment cannot be ballasted below what is specified with the -minimu option.

• rc commands
• rc data
• rc log

S_SPAR:

This is a test of a structural analysis of a SPAR, without internal compartments.

• s_spar commands
• s_spar data
• s_spar log
• s_spar output

SINK:

Time domain flooding of a compartment is illustrated in this test. These files are further discussed as part of the workbook A Gentle Introduction to MOSES.

• sink commands
• sink data
• sink log
• sink output

SLOSH:

A test to establish that the "-CORRECT" option works correctly.

• slosh commands
• slosh data
• slosh log

TTANK:

This is a test of a "Correct" TUBTANK as it enters the water in various ways.

• ttank commands
• ttank data
• ttank log

VENTED:

This is a test of the head and flow rate for a vented compartment.

• vented commands
• vented data
• vented log

VENT_FLD:

This is a test of the -DOWN flooding type for compartments.

• vent_fld commands
• vent_fld data
• vent_fld log
• vent_fld output

WATER_PU:

This is a test of the -PUMP option for compartments.

• water_pu commands
• water_pu data
• water_pu log

Y_BOX:

This is a test of free surface correction for tanks filled with things of different densities.

• y_box commands
• y_box data
• y_box log