BEND:

This is a test of the bending moment diagram of the Hercules vessel with a detailed weight distribution. It also provides a set of status reports in an intact case and in a flooded case.

• bend commands
• bend data
• bend log
• bend out

CK_STOP:

This is a test of the option -STOP on the RARM command.

• ck_stop commands
• ck_stop data
• ck_stop log
• ck_stop out

CLR:

This is a test of the different ways of computing the heeling arm by changing the location of the point of application.

• clr commands
• clr data
• clr log
• clr out

DMARK:

This is a test of the ability to set the condition by specifying several draft marks and their readings.

• dmark commands
• dmark data
• dmark log

FILL_APPROX:

This test shows how the -approximate option usess the correct CG and keeps the derivates (free surface moment) when it is filled.

• fill_approx commands
• fill_approx data
• fill_approx log

HSTCMPX:

This is a hydrostatic example of a complicated body composed of several hulls with different orientations.

• hstcmpx commands
• hstcmpx data
• hstcmpx log
• hstcmpx output

HSTTUB:

This test checks the hydrostatics of a single tube.

• hsttub commands
• hsttub data
• hsttub log
• hsttub output

HULDAM:

This test produces righting arms at various yaw angles for a vessel with four vertical columns, one of which is partially damaged. It also shows how to use the wind and righting arm coefficient options.

• huldam commands
• huldam data
• huldam log
• huldam output

HVRSTB:

This test checks righting arms at various yaw angles for a vertically oriented hull shape.

• hvrstb commands
• hvrstb data
• hvrstb log
• hvrstb output

LS_FLOOD:

This test is a simple box which is used to compute longitudinal strength with a compartment flooded.

• ls_flood commands
• ls_flood data
• ls_flood log
• ls_flood output

OSCSED:

This test checks the stability of a barge.

• oscsed commands
• oscsed data
• oscsed log
• oscsed output

P_M:

This test checks longitudinal strength after moving a part. These files are further discussed as part of the workbook A Gentle Introduction to MOSES.

• p_m commands
• p_m data
• p_m log
• p_m output

P_MPART:

This test is similar to p_m. Two shear and bending moment diagrams are created. Here the part begins near amidships. The first diagram is similar to that in test p_m. The part is then moved and equilibrium found then the second diagram is created.

• p_mpart commands
• p_mpart data
• p_mpart log
• p_mpart output

S_OK:

This test all the options that make a check with the stab_ok command. The options are used both for intact and damage stability.

• s_ok commands
• s_ok data
• s_ok log
• s_ok output

STABCOEF:

This test all the wind and rigting arm coefficient options available on the stab_ok command.

• stabcoef commands
• stabcoef data
• stabcoef log
• stabcoef output

TANK_CAP:

This test computes a tank capacity table.

• tank_cap commands
• tank_cap data
• tank_cap log
• tank_cap output

TIDE:

This tests the ability to change the tide.

• tide commands
• tide data
• tide log

TUBDAM:

This test is the same as HULDAM, except the model is comprised of tubulars rather than a hull definition.

• tubdam commands
• tubdam data
• tubdam log
• tubdam output

WBEND:

This test is a simple box which is used to compute longitudinal strength in waves.

• wbend commands
• wbend data
• wbend log
• wbend output

ADD_WEIGHT:

This test and the following one (LOST_BUOY) is a barge with two compartments symmertical about amidships. Here, the compartments are flooded while in the other one, the compartments are modeled as negative buoyancy.

• add_weight commands
• add_weight data
• add_weight log
• add_weight output

LOST_BUOY:

This test and the previous one (ADD_WEIGHT) is a barge with two compartments symmertical about amidships. Here, the compartments are compartments are modeled as negative buoyancy, while the other one, they are flooded.

• lost_buoy commands
• lost_buoy data
• lost_buoy log
• lost_buoy output