ANSOL T3DのRev388がリリースされました。
弊社ダウンロードサイトにはWindows版、RedHat7.2版がアップロードされています。
リリースノート（T3D Rev388）
2024/12/06
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Session File Version : 2.5700|0.1351
Transmission3D SDF Version : 0.1351
Build Date : 2024/12/05
Source Revision : 9856
1. Added a new template file FINEROOT_WIDE.TPL that should be
used when the bottom flat part of the root is very wide.
This template is based on FINEROOT.TPL, but the
proportions of elements are altered.
2. Added a coefficient of friction to the journal bearings
under the CONNECTORS and PINION|BEARINGS menu.
3. Modified the BATCH menu:
Added the NUM_PROCESSES_PER_NODE item to the menu.
Renamed NUM_CORES to MAX_CPUS_PER_PROCESS.
Added the new input NUM_GPUS_PER_NODE.
This input controls how many GPUs should be requested
from the batch controller. Note that you also need to
turn ON the GPU_USAGE flag and then specify GPUs in the
SETUP menu, otherwise the GPUs allocated by the
batch will not be utilized.
4. Corrected the calculation of contact deflections. This
change only has an effect if the item COMPUTE_CONTACT_DEFLECTION
in the SETUP menu is enabled. It will affect the
non-zero side deflection values returned by the
Get_Load_Data() script function.
5. Added the finite element jacobian to the information
returned by the calyx script functions Get_FE_Field(), and
Get_FEDisplacement().
6. Added comments to script in Scripts/GetFilletAlignedStressTensor.cmd
to show the new values returned by Get_FE_Field(), including
the value of the Jacobian.
7. Added a new FLAT washer type for bevel pinions, in addition
to the existing SPHERICAL type.
8. Added new scripts PostEPGAlphaBevel.cmd, PostEPGAlphaBevelPinion.cmd,
and PostEPGAlphaBevelPinionCarrierPair.cmd that show how to
calculate E,P,G and Alpha for various setups using
straight bevel gears and pinions. Note that the sign
convention used in a LeftHandPinion-RightHandGear
spiral bevel gear pair is used for the sign if the E value.
9. Added a script function BevelPinionMeshForceLOAScript.cmd to
show how a “Line of Action” can be calcuated for a bevel-
pinion pair.
10.Added a new example in SAMPLES/HydrodynamicBearings
11.Updated the manuals Transmission3DUsersManual.pdf and
MultyxPreandPostProcessingManual.pdf.
12. Changed the name of StepConvert.msi to Transmission3DUtils.msi
13. Modified the logic for updating an initial guess value
(the sProf value) during the geometric search for
nonconformal contact search.
14.Added extra data to the hypoid *deviations.dat files, so that
users can read the polynomial coefficients, and then use
them to calculate the Fit Deviations themselves.
15.Removed the PARALLELIZE_CONTACT_SOLVER checkbox in the SETUP
menu. We will assume that it is turned on (always use the
new parallelized contact solver. There were cases where the old
solver had trouble, but the new solver worked well.
16.Added calyx function Generate_VolumetricResults_Nastran_Elems()
to output principal stresses and Jacobian at all gauss points
of Nastran/Abaqus elements (imported from an external mesh)
in a proto.
17.Added calyx function Generate_VolumetricResults_FQP_Elems()
to output principal stresses and Jacobian at all FQP
elements (used in gear tooth meshes) in a proto.
18.Added graphs of the picked body’s displacement and
reaction components to the “Pick” menu in vGlass.
The components are in the body’s reference frame.
19.Added (R,Z) values of the critical point to the
legend of a POSTPROC|SEARCHSTRESS Graph. This helpful
when you need to locate the critical point.
20.Added an ANGULARSHIFT parameter for each file in an
imported segment in a rotor shaft, pin shaft, or pinion
shaft.
21. A carrier pair of TYPE=WASHER_PINIONSHAFT was only
allowed for helical pinions. Now we allow it for
both pinion types (Helical and Bevel).
22.Bug Fix: The bevel-pinion surface pair was not synchronizing
to the correct side when (1) the pair was defined under
the CARRIERPARS menu, and (2) the axis direction of the
bevel was OPPOSITE. It was working correctly when
the pair was defined under the PAIRS menu.
23.Bug Fix: For Helical or Bevel pinion shaft segments, if
the outer of inner shape is conical, and the user applies
a constraint, then we don’t show the IDTYPE or ODTYPE
option. Assume that the constraint is rigid. Flexible
constraints cannot be applied to conical surfaces.
24.Bug Fix : Iglass Pattern failed to generate for gears
with a crack.
25.Bug Fix:OP2 file export was not working for NASTRAN meshes
when the prototype belonged to multiple bodies, and the
selected body was not the first one of those. For example, if
an imported shaft segment was used for a planetary pinion,
then the OP2 file export was only working for the first group.
26.Bug Fix: Failed to generate models with Spherical Bearings
for planetary pinions.
27.Bug Fix: We now output an error message when connector name
is undefined.
28.Bug Fix: Added more information to error messages when
failed to find intersection in StepConverter.
