AISC_TUB:

This test checks the AISC code on tubes.

• aisc_tub commands
• aisc_tub data
• aisc_tub log
• aisc_tub output

BEAM_REFINE:

This test shows how the truncation error due to lumping the buoyancy decreases with increasing number of beams.

• beam_refine commands
• beam_refine data
• beam_refine log
• beam_refine output

BEA_FAT:

This test checks SN curves and SCFs for beam fatigue.

• bea_fat commands
• bea_fat data
• bea_fat log
• bea_fat output

BEA_WT:

This test checks the weights of stiffeners added to beams.

• bea_wt commands
• bea_wt data
• bea_wt log
• bea_wt output

BEATEST:

This test is a square of beams enclosing a plate.

• beatest commands
• beatest data
• beatest log
• beatest output

BMOTST:

This is a test of beam moment and shear values.

• bmotst commands
• bmotst data
• bmotst log
• bmotst output

CANTEST:

As the name implies, this is a single element, a cantilever beam.

• cantest commands
• cantest data
• cantest log
• cantest output

CLS_DOT:

This test checks the CL_DOT_RESIZE command.

• cls_dot commands
• cls_dot data
• cls_dot log
• cls_dot output

DNV_CYL:

This is a collection of simple beams checked with the DNV Cylinder check.

• dnv_cyl commands
• dnv_cyl data
• dnv_cyl log
• dnv_cyl output

EXPLOD:

This test exports applied loads.

• explod commands
• explod data
• explod log
• explod output

J_NTUBE:

This test, and the next two check joint post-processing. This particular test is a simple joint.

• j_ntube commands
• j_ntube data
• j_ntube log
• j_ntube output

J_REST:

This test checks joint classification of a joint which has a a non tubular element connected to it.

• j_rest commands
• j_rest data
• j_rest log
• j_rest output

J_RING:

This test checks the uses of rings on joint crushing.

• j_ring commands
• j_ring data
• j_ring log
• j_ring output

OFFTEST1:

Three tests are provided which show the use of offsets. This test contains local z offsets at both ends of a single beam.

• offtest1 commands
• offtest1 data
• offtest1 log
• offtest1 output

OFFTEST2:

This test is the same as OFFTEST1, except that the offsets are global.

• offtest2 commands
• offtest2 data
• offtest2 log
• offtest2 output

OFFTEST3:

This example shows offsets being used on a simple frame.

• offtest3 commands
• offtest3 data
• offtest3 log
• offtest3 output

PRSTST:

This test shows the operation of hydrostatic pressure and the use of temperature in generating load cases.

• prstst commands
• prstst data
• prstst log
• prstst output

PUNCH_21:

This test checks the "new" punching shear computation in the second supliment of the 21st edition of RP2A.

• punch_21 commands
• punch_21 data
• punch_21 log
• punch_21 output

REF_TST:

This test using the -REFERENCE option on a class command.

• ref_tst commands
• ref_tst data
• ref_tst log
• ref_tst output

RESTEST:

This is a simple test of the input and reporting of restraints.

• restest commands
• restest data
• restest log
• restest output

SCF_BEAM:

This test checks the SCFs in a beam.

• scf_beam commands
• scf_beam data
• scf_beam log
• scf_beam output

SCF_CONE:

This test checks the SCFs in a cone section.

• scf_cone commands
• scf_cone data
• scf_cone log
• scf_cone output

SCF_INLINE:

This test checks the SCFs in two adjacent tubular beams.

• scf_inline commands
• scf_inline data
• scf_inline log
• scf_inline output

SCF_MESS:

This test checks that the nt_fatigue beam fatigue works properly.

• scf_mess commands
• scf_mess data
• scf_mess log
• scf_mess output

SCF_DEFAULT:

This test checks that SCFs from &DEFAULT work properly.

• scf_default commands
• scf_default data
• scf_default log
• scf_default output

SCF_RING:

This test checks the reduction of joint SCFs due to rings.

• scf_ring commands
• scf_ring data
• scf_ring log
• scf_ring output

SEG:

This test checks the operation of non-prismatic beams.

• seg commands
• seg data
• seg log
• seg output

SHR_CEN:

This test the rotation of an angle subjected to bending.

• shr_cen commands
• shr_cen data
• shr_cen log
• shr_cen output

SN_TUBE:

This test assignment of SN curves to tubes.

• sn_tube commands
• sn_tube data
• sn_tube log
• sn_tube output

SP_PLATE:

This test combines a set of plates into a "SP_BEAM". The only loads here are pressure.

• sp_plate commands
• sp_plate data
• sp_plate log
• sp_plate output

SP_PSID:

This test combines a set of plates into a "SP_BEAM". Here, the beam is turned sideways so that there is shear and bending in addition to pressure and axial load.

• sp_psid commands
• sp_psid data
• sp_psid log
• sp_psid output

SP_TRUS:

This test combines a set of beams into a single "SP_BEAM".

• sp_trus commands
• sp_trus data
• sp_trus log
• sp_trus output

STPTST:

This is a test of generating a "static" load from a wave with the LCASE command.

• stptst commands
• stptst data
• stptst log
• stptst output

T_TEST:

This is a test using the -REFLECT option on a class definition command.

• t_test commands
• t_test data
• t_test log
• t_test output

WARP:

This is a test of the normal stresses produced by torsion in a W shape.

• warp commands
• warp data
• warp log
• warp output

XBRAC:

The tests XBRAC1, XBRAC2 and XBRAC3 test program's capability to define buckling length of an element based on the tension-compression behavior of another element.

• xbrac1 commands
• xbrac1 data
• xbrac1 log
• xbrac1 output
• xbrac2 commands
• xbrac2 data
• xbrac2 log
• xbrac2 output
• xbrac3 commands
• xbrac3 data
• xbrac3 log
• xbrac3 output