Press Release Summary:
NX(TM) Nastran v3 offers Hierarchical Distributed Memory Parallel Processing to solve extremely large-scale dynamics simulations. Scalability allows up to 64 simultaneous CPUs in cluster configuration versus previous limit of 8 processors. Using module based on ADINA non-linear structural analysis solver technology, users can perform advanced nonlinear simulations while continuing to use standard Nastran input and output file formats and Nastran simulation work processes.
Original Press Release:
UGS Launches NX Nastran Version 3
Latest release directly addresses requested customer enhancements; provides tighter integration and interoperability between advanced FEA and product lifecycle management
PLANO, Texas - UGS, a leading global provider of product lifecycle management (PLM) software and services, today announced immediate availability of NX(TM) Nastran Version 3, the latest release of the company's software solution for advanced finite element analysis (FEA).
"NX Nastran Version 3 is very significant for UGS," said Chuck Grindstaff, executive vice president, Products. "It is visible proof of the energy and commitment of our development team in delivering customer requested enhancements and capabilities that will be used around the world - in industries from automotive and aerospace to heavy equipment, biomedical and consumer products. We believe our customer centric approach provides competitive advantages for our customers."
"Today's advanced noise, vibration and harshness (NVH) analysis applications require seamless integration of special-purpose proprietary software tools into the analysis process," said Dr. Otto Gartmeier, manager, NVH DaimlerChrysler AG. "NX Nastran sets new standards in solver technology and enables us to extract maximum benefit from the FEA tools that are core to the virtual development process."
"UGS' development approach to solving large numerically complex problems gives NX Nastran the ability to leverage our most advanced platform technology," said Norman Lindsey, CAE Solutions Engineering Manager, High Performance Computing, HP. "We believe this not only meets the needs of our most demanding customers, but also positions UGS for providing market-leading advanced analysis going forward. UGS customers are able to take advantage of raw performance for driving products to market much faster."
"All industries are desperate for better integration and interoperability of computer-aided engineering (CAE) with the rest of their PLM infrastructure" said Charles Foundyller, CEO, Daratech, Inc. (Cambridge, Mass.). "NX Nastran is just one example of the terrific position UGS has in its ability to bridge the gap for its customers - gaps that are all too frequent between design and analysis teams in today's product development environments."
NX Nastran Version 3 - Major Enhancements
Analysis Solution Performance
o Hierarchical Distributed Memory Parallel (HDMP) Processing - provides users with the ability to solve extremely large scale dynamics simulations in much shorter elapsed times. This is possible through new NX Nastran scalability that allows up to 64 simultaneous CPUs in a cluster configuration versus the previous limit of eight simultaneous processors. This improved high performance computing scalability is unique to NX Nastran and is particularly valuable to CAE applications in the automotive, aerospace, defense, heavy equipment and shipbuilding industries that require extremely large scale, compute-intensive analysis.
o Complex Eigen Solver Performance - provides up to 40 percent improvement over NX Nastran Version 1 for typical complex dynamics applications, such as brake squeal analysis, rotor dynamics, etc.
New Advanced Nonlinear Module
NX Nastran Version 3 includes a new advanced nonlinear capability (Solution 601) based on the world-class ADINA non-linear structural analysis solver technology that is now integrated and branded within NX Nastran. Users of NX Nastran will now be able to perform much more advanced nonlinear simulations while continuing to use their standard Nastran® input and output file formats and Nastran simulation work processes. Application areas for this new NX Nastran technology cut across all major industries but are especially relevant to simulation needs in automotive powertrain, off-highway equipment, consumer products, process/rotating equipment, aircraft engines and defense.
For more information on ADINA R&D technology and the new exclusive relationship with UGS, see ugs.com/about_us/press/press.shtml?id=3911.
Nastran Analysis Efficiency
o Enhanced CQUADR/CTRIAR Shell Element - provides an easier to use finite element that is more versatile than previous versions of this type of membrane element.
o Shell Element Thickness Variation control allows for ease of use as a design variable in optimization.
o MAX/MIN Results Post-Processing - significantly reduces the amount of results data that must be stored during the analysis process and eliminates additional post-processing outside of NX Nastran to determine maximum, minimum or RMS stress results for modal transient simulations.
Integration with other widely used digital simulation tools
o Provides ability to export flexible body finite element models from NX Nastran to MSC.ADAMS via a .mnf file.
o Expands NX Nastran integration with the world-class CAE desktop modeling and results visualization tools available within NX, I-deas® MasterFEM and Femap® digital simulation software solutions.
o Desktop-only versions of NX Nastran Version 3 are available for use with the latest releases of NX digital simulation solutions, including NX Scenario, I-deas NX MasterFEM and Femap.
Nastran, the world's most widely used finite‑element analysis (FEA) software, was previously primarily available only from MSC.Software Corporation as MSC.Nastran(TM). Based on the MSC.Nastran source code, NX Nastran now enables companies to accurately predict functional performance and evaluate multiple product design alternatives more efficiently. In the process, companies can gain quicker design insights and make smarter engineering decisions earlier in the design process - leading to the creation of high performance, high quality and more innovative products while reducing total product costs.
UGS is a leading global provider of product lifecycle management (PLM) software and services with nearly 4 million licensed seats and 42,000 clients worldwide. Headquartered in Plano, Texas, the company promotes openness and standardization and works collaboratively with its clients in creating enterprise solutions enabling them to transform their process of innovation and thus begin to capture the value of PLM. For more information on UGS products and services, visit ugs.com.