NX NASTRAN V7.0 ofrece las siguientes mejoras y novedades más importantes:
Presentación de NX NASTRAN V7.0 por Mark Donley,
NX NASTRAN Product Manager (SIEMENS)
(1ª Parte)
Presentación de NX NASTRAN V7.0 por Mark Donley,
NX NASTRAN Product Manager (SIEMENS)
(2ª Parte)
DYNAMICS
...
• Modal
contribution extensions to support element responses, new normalization options,
and SORT1/SORT2 output options.
• Improved
multi-body dynamic interface by consolidating support of different MBD solvers
into one interface, support OP4 output of flexible body matrices, and support
state-space equation format for controls interfaces.
• Support
scale factors on the case control of DMIG inputs for K2GG, B2GG, M2GG, K2PP,
B2PP, M2PP, and K42GG.
• Support
direct solutions for rotor dynamic analysis.
• Changed
the default enforced motion method from the absolute displacement method to the
constraint mode method.
ELEMENTS
...
•
Added
a total mass input option for non-structural mass – NSML bulk data.
• Assign
global labels to composite ply layers – PCOMPG physical property input.
• New
option to sort the output of composites ply results – GPSORT case control.
• Allow
defining different material temperatures TEMP(MAT) for different superelements
by subcases.
SURFACE-TO-SURFACE
LINEAR CONTACT ...
•
Local
definition of contact parameters allows assigning different parameters to
different contact pairs. BCTADD used to combine contact sets into a single
contact set.
• Automatic
penalty factor calculation is now the default. This should improve performance
because well selected penalty factors need less iterations to reach convergence.
• New
contact refinement algorithm which is more robust and gives more accurate
contact pressure results.
• Full
support of the linear contact with the element iterative solver. This gives
better performance of contact with solid element models.
• Reuse
of contact stiffness. User can output final contact stiffness to DMIG punch file
that can then be reused in subsequent analyses.
GLUE
CONTACT ...
•
Local
definition of glue parameters allows assigning different parameters to different
glue pairs. BGADD used to combine contact sets into a single contact set.
• New
glue refinement algorithm which is more robust and gives more accurate load
transfer for glue connections.
• Glue
connections now enabled for joining dissimilar acoustic meshes.
ADVANCED
NONLINEAR ...
•
Beta
release of thermal mechanical coupling solution. Allows for solving thermal and
structural solutions as either one-way coupling or fully iterative coupling.
• Sussman-Bathe
Rubber for hyperelastic materials. Allows direct use of uniaxial stress-strain
data for material properties.
• Shape
Memory Alloy (SMA) material to simulate the superelasticity behavior due to the
reversible phase transformation of austenite and martensite.
• Support
variable node numbers for tetrahedron and pyramid elements.
• Support
general non-linear spring element that can be used for translational and
rotational stiffnesses.
• Added
moment transfer to flexible RBE2 option.
• Allow
dependent DOF to be used as independent DOF for RBE2 or RBE3 and viceversa.
• Support
set ID for contact case control, BCRESULTS, output request.
• Output
the LDC load factor.
OPTIMIZATION
...
•
The
DCONSTR bulk entry now allows frequency dependent lower and/or upper bounds on
constraints.
• Power
spectral density (PSD) responses, PSDDISP, PSDVELO, PSDACCL can now be defined
for the DRESP1 bulk entry.
• More
control for selecting constrained response ID’s for printing – P2RSET
parameter input DOPTPRM bulk entry.
• Alternative
optimizer algorithm implemented. Can optionally be used in place of the default
DOT optimizer.
STATIC
SOLUTION IMPROVEMENTS ...
•
Support
RMAXMIN for SOL 101 solutions to capture maximum or minimum results across
multiple subcases.
DISTRIBUTED
MEMORY PROCESSING (DMP) SOLUTIONS ...
•
RDModes
solution extended to SOL 111, including with acoustic meshes.
• Implemented
a sparse data recovery option for RDModes that greatly improves performance when
only a few response locations are specified.
• DMP
support of virtual mass simulation with MFLUID.
• DMP
support for calculation of constrained normal modes in superelement solutions.
• Serial
restarts of a DMP solution supported for SOL 103, 111, and 112. Works also for
superelement DMP solutions.
• Geometry
partitioning option (GPARTN) default changed to 1. This is a more versatile
option.
• New
DSTAT keyword used to invoke the load domain static analysis.
• Improved
modal frequency response calculation for very large number or modes. Uses a new
FRRDRU module.
• Diagonal
scaling option for symmetric decomposition of sparse matrices to improve
performance.
PLATFORM
SUPPORT
•
Added
I/O libraries to improve I/O performance on x86-64 Linux platforms. Invoked with
FFIO keyword on Altix platform and MIO keyword on other x86- 64 Linux platforms.
NX Nastran 7.0 Supported Platforms:
Siemens PLM Software is pleased to announce support for the following
hardware configurations running NX Nastran 7.0. Hardware Executable Type Supported OS 1st Supported Rel.
-------- --------------- ------------ ------------------
AMD Opteron 64-bit SuSE ES 9.3 4.0
AMD Opteron 64-bit DMP SuSE ES 9.3 4.0
AMD Opteron 64-bit Redhat EL 3.0 4.0
AMD Opteron 64-bit DMP Redhat EL 3.0 4.0
AMD Opteron 64-bit Redhat EL 4.0 4.0
AMD Opteron 64-bit DMP Redhat EL 4.0 4.0
AMD Opteron 64-bit Redhat EL 5.0 6.0
AMD Opteron 64-bit DMP Redhat EL 5.0 6.0
AMD Opteron ILP-64 SuSE ES 9.3 4.1
AMD Opteron ILP-64 DMP SuSE ES 9.3 4.1
AMD Opteron ILP-64 Redhat EL 3.0 4.1
AMD Opteron ILP-64 DMP Redhat EL 3.0 4.1
AMD Opteron ILP-64 Redhat EL 4.0 4.1
AMD Opteron ILP-64 DMP Redhat EL 4.0 4.1
AMD Opteron ILP-64 Redhat EL 5.0 6.0
AMD Opteron ILP-64 DMP Redhat EL 5.0 6.0
AMD Opteron 64-bit Windows XP64 SP1 4.1
AMD Opteron 64-bit Windows XP64 SP2 6.1
AMD Opteron 64-bit Windows Vista 64 SP1** 6.1 AMD Opteron ILP-64 Windows XP64 SP1 6.1
AMD Opteron ILP-64 Windows XP64 SP2 6.1
AMD Opteron ILP-64 Windows Vista 64 SP1** 6.1
IBM 64-bit AIX 5.2 1.0
IBM 64-bit DMP AIX 5.2 3.0
IBM 64-bit AIX 5.3.0 1.0
IBM 64-bit DMP AIX 5.3.0 3.0
IBM 64-bit AIX 6.1.0 6.0
IBM 64-bit DMP AIX 6.1.0 6.0
IBM ILP-64 AIX 5.2 4.0
IBM ILP-64 DMP AIX 5.2 4.0
IBM ILP-64 AIX 5.3.0 4.0
IBM ILP-64 DMP AIX 5.3.0 4.0
IBM ILP-64 AIX 6.1.0 6.0
IBM ILP-64 DMP AIX 6.1.0 6.0
Intel X86 32-bit Windows XP SP2 3.0
Intel X86 32-bit Windows XP SP3 7.0
Intel X86 32-bit Windows Vista 32 SP1** 6.0
Intel X86 32-bit Windows Windows 7 7.0
Intel X86 32-bit Windows Server 2008 7.0
Intel x86-64 64-bit* SuSE ES 9.3 4.0
Intel x86-64 64-bit DMP* SuSE ES 9.3 4.0
Intel x86-64 64-bit* SuSE ES 10.0 6.0
Intel x86-64 64-bit DMP* SuSE ES 10.0 6.0
Intel x86-64 64-bit* SuSE ES 10.0 SP1 7.0
Intel x86-64 64-bit DMP* SuSE ES 10.0 SP1 7.0
Intel x86-64 64-bit* Redhat EL 3.0 4.0
Intel x86-64 64-bit DMP* Redhat EL 3.0 4.0
Intel x86-64 64-bit* Redhat EL 4.0 4.0
Intel x86-64 64-bit DMP* Redhat EL 4.0 4.0
Intel x86-64 64-bit* Redhat EL 5.0 5.1
Intel x86-64 64-bit DMP* Redhat EL 5.0 5.1
Intel x86-64 ILP-64* SuSE ES 9.3 4.1
Intel x86-64 ILP-64 DMP* SuSE ES 9.3 4.1
Intel x86-64 ILP-64* SuSE ES 10.0 6.0
Intel x86-64 ILP-64 DMP* SuSE ES 10.0 6.0
Intel x86-64 ILP-64* SuSE ES 10.0 SP1 7.0
Intel x86-64 ILP-64* DMP* SuSE ES 10.0 SP1 7.0
Intel x86-64 ILP-64* Redhat EL 3.0 4.1
Intel x86-64 ILP-64 DMP* Redhat EL 3.0 4.1
Intel x86-64 ILP-64* Redhat EL 4.0 4.1
Intel x86-64 ILP-64 DMP* Redhat EL 4.0 4.1
Intel x86-64 ILP-64* Redhat EL 5.0 5.1
Intel x86-64 ILP-64 DMP* Redhat EL 5.0 5.1 Intel x86-64 LP-64* Windows XP64 SP1 4.1
Intel x86-64 LP-64 DMP* Windows XP64 SP1 7.0
Intel x86-64 LP-64* Windows XP64 SP2 6.0
Intel x86-64 LP-64 DMP* Windows XP64 SP2 7.0
Intel x86-64 LP-64* Windows Vista 64 SP1** 6.0
Intel x86-64 LP-64 DMP* Windows Vista 64 SP1** 7.0
Intel x86-64 IP-64* Windows Server 2008 7.0
Intel x86-64 LP-64 DMP* Windows Server 2008 7.0
Intel x86-64 LP-64* Windows 7 7.0
Intel x86-64 LP-64 DMP* Windows 7 7.0
Intel x86-64 ILP-64* Windows XP64 SP1 6.1
Intel x86-64 ILP-64 DMP* Windows XP64 SP1 7.0
Intel x86-64 ILP-64* Windows XP64 SP2 6.1
Intel x86-64 ILP-64 DMP* Windows XP64 SP2 7.0
Intel x86-64 ILP-64* Windows Vista 64 SP1** 6.1
Intel x86-64 ILP-64 DMP* Windows Vista 64 SP1** 7.0
Intel x86-64 ILP-64* Windows Server 2008 7.0
Intel x86-64 ILP-64 DMP* Windows Server 2008 7.0
Intel x86-64 ILP-64* Windows 7 7.0
Intel x86-64 ILP-64 DMP* Windows 7 7.0 Intel Itanium LP-64 HP-UX 11.23 2.0
Intel Itanium LP-64 DMP HP-UX 11.23 2.0 Intel Itanium ILP-64 HP-UX 11.23 4.0
Intel Itanium ILP-64 DMP HP-UX 11.23 4.0
Intel Itanium LP-64 RedHat EL 3.0 4.0
Intel Itanium LP-64 DMP RedHat EL 3.0 4.0
Intel Itanium LP-64 RedHat EL 4.0 4.0
Intel Itanium LP-64 DMP RedHat EL 4.0 4.0 Intel Itanium ILP-64 RedHat EL 3.0 4.1
Intel Itanium ILP-64 DMP RedHat EL 3.0 4.1
Intel Itanium ILP-64 RedHat EL 4.0 4.1
Intel Itanium ILP-64 DMP RedHat EL 4.0 4.1
SGI-Altix LP-64 SGI Linux ProPack 3.0 SP4 4.0
SGI-Altix LP-64 DMP SGI Linux ProPack 3.0 SP4 4.0
SGI-Altix LP-64 SGI Linux ProPack 4.0 4.0
SGI-Altix LP-64 DMP SGI Linux ProPack 4.0 4.0
SGI-Altix ILP-64 SGI Linux ProPack 3.0 SP4 4.1
SGI-Altix ILP-64 DMP SGI Linux ProPack 3.0 SP4 4.1
SGI-Altix ILP-64 SGI Linux ProPack 4.0 4.1
SGI-Altix ILP-64 DMP SGI Linux ProPack 4.0 4.1
Notes:
As communicated previously NX NASTRAN 7.0 ends the support of the
HP-UX (PA-RISC), Sun Solaris, and 32-bit Linux platforms:http://support.ugs.com/docs/nastran/v60/nxn_platform_support_nxn6.pdf
Support for SGI IRIX was discontinued with the NX NASTRAN 6.0 release
per this announcement:http://support.ugs.com/docs/nastran/v50/nxn_platform_support.pdf
*X86-64 refers to the the various 64bit Intel chips including, but not
limited to, the 64bit Pentium D, the Core 2 Duo, Core 2 Quad, and the
64bit Xeon series of processors. **Supported versions of Microsoft Vista are limited to Vista Business
and Vista Enterprise. All testing was performed using Vista Enterprise.
SÍGUENOS
EN: 
