先月中旬、Rev336になったばかりで恐縮ですが、Rev337になりました。
Rev 337 - 2018-01-30 05:21:49 -0500 (Tue, 30 Jan 2018)
Log message: 2018/01/30
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1) Added Effective Helix angle calculation for beveloidgears.
The calculated value is shown under the "Calculated Values"
dropdown in the "Involute" tab.
2) Added new solver control PARALLELIZE_CONTACT_SOLVER in the
SETUP menu. By default it is turned OFF. If it is turned ON,
it will use a new contact solver on those builds where
MPI is available (Windows and RHEL7.2). On other
builds (Fedora, SLES6.2, RHEL6.4, RHEL5.8), this flag has no effect.
Windows版と、Linux REHL7.2版のみで有効となる新接触ソルバーです。
CentOS7.2機、スレッド数=8、以前紹介したWindTurbineモデルでのテスト結果です。
PARALLELIZE_CONTACT_SOLVER OFF : 5,457s (3,033s)
PARALLELIZE_CONTACT_SOLVER ON : 5,099s (2,717s)
（ ）内は、接触ソルバの時間。
ON にするだけで、接触ソルバは10% 程度高速化されています。
MPIが可能な場合、と記載されていますが、分散メモリ並列化ではありません。
3) Fixed the reading of dynamically condensed housing fromAbaqus.
Previously the mass matrix and generalized(retained modal) degrees
of freedom wee not being read from an Abaqus .mtx file.
4) Added a new post-processing script
postrollerbearingsubsurfacestressfield.cmd,
that allows you to evaluate the stress and strain fields
at subsurface samples inside the local deformation field for
a rolling element bearing.
5) Bug fix: The post-processing graphs for a bearing
were not working correctly for thrust-roller bearings.
6) Bug fix: A negative axial error was not being allowed
for straight-bevel pinions.
7) Bug fix: Fixed a problem with the geometric search that was
causing uneven load distribution on rolling elements.
