The release of nCode 2025.0 brings improvements in functionality and performance for nCode DesignLife, nCode GlyphWorks and nCode VibeSys software products.
This latest version mainly focused on customer requested enhancements, minor bug fixes and component updates for improved security that continue to deliver data-driven confidence
Significant additions to the Premium Materials Database, generated under a Small Business Innovation Research contract funded by the United States Air Force. Data rights are owned by Select Engineering Services (SES), located in Utah USA. The data was generated to investigate the effect of different heat treatments and surface finishes on the following materials:
300M Steel (20 entries)
4340 Steel (4 entries)
7075-T7351 Aluminium Alloy (6 entries)
New FE translation option is provided as a beta release. Reading data from FE results files can be a significant proportion of the total analysis time, and this release provides some translation speed increases and will continue to be developed during 2025. Improvements are achieved by better use of multiple translation processes for small numbers of loadcases.
For example, for a 3 million element model with a single load case using the default 4 translation processes, the speed of translation is over 4 times faster.
Latest supported FE results files include:
➡️Current customers on active software maintenance can gain access to nCode 2025.0 and its full release documentation using the Support Portal
The release of nCode 2024.1 brings improvements in functionality and performance for nCode DesignLife, nCode GlyphWorks, and nCode VibeSys software products encompassing 155 built-in processing and display glyphs and support for over 50 data formats.
Current customers on active software maintenance can gain access to nCode 2024.1 and full release documentation using the Support Portal.
The effect of a notch in a finite element analysis will normally overpredict the fatigue damage. Typically, the fatigue strength reduction factor for a notch is always less then the elastic stress concentration factor. The stress gradient correction available in DesignLife allows the user to take account of this difference and thus give a much less conservative estimate of the fatigue damage.
The stress gradient correction is now available within a Vibration Fatigue analysis, therefore now allows for a more accurate calculation of the effect of localized stress concentrations when carrying out a frequency based analysis
Seam weld fatigue analysis based on vibration loads in DesignLife only previously supported frequency response results in the FE files. DesignLife now supports modal force results. This not only allows more efficient computation in the frequency domain, but it also allows users of most FE codes to use the recommended force method with the more efficient modal results.
Batch jobs can now be automatically re-submitted after a failure due to license availability. The new functionality is supported in both flowproc and the DesignLife specific dtproc. This feature is controlled by the use of two new command line switches that control the number of re-tries and the time period between the re-tries.
This was a beta feature at 2024.0 but is now fully supported.
The release of nCode 2024.0 brings improvements in functionality and performance for nCode DesignLife, nCode GlyphWorks, and nCode VibeSys software products encompassing 155 built-in processing and display glyphs and support for over 50 data formats.
Current customers on active software maintenance can gain access to nCode 2024.0 and full release documentation using the Support Portal.
Batch jobs can now be automatically re-submitted after a failure due to license availability. The new functionality is supported in both flowproc and the DesignLife specific dtproc. This feature is controlled by the use of two new command line switches that control the number of re-tries and the time period between the re-tries.
This method has been available for several years for solid element FE models and has now been extended to use with Shell models.
Weld hot spot extracts calculates stresses at the weld toe by the extrapolation of the stress in front of the weld from either 2 or 3 points. Weld toe locations and the extrapolation direction are defined in the same weld location file that is used in a solid seam weld analysis. The stresses calculated by this method can be used in the standard SN and Safety factor engines.
More and more FE codes and pre-processors are supported either multiple parts that allow duplicate entity IDs or simple allowing the same IDs for different element types for example. DesignLife already supports repeated IDs for ABAQUS ODB file for example but now this support has been extended to ABAQUS, NASTRAN and Altair input decks, NASTRAN/Altair OP2 results files and Altair H3D results files.
o Dassault ABAQUS - now support FIL files and 5 versions of ODB directly (2019 – 2023)
o ANSYS 2024R1
o NX NASTRAN 2306
o Altair OP2 and H3D 2023
Two options are provided in DesignLife to account for notch sensitivity: Critical Distance and Stress Gradient. A new method named ‘Line’ has been added to the Critical Distance method. A new property, CriticalDistanceMethod is added for this purpose. Another property named NumberOfPoints defines the number of points to use for the Line method stress calculation. This method is considered to give a more accurate measure of the sub-surface stress at the critical distance.
A new property named MultipleEventsSingleODB has been added to ‘PostProcessorExportODB’ Post Processor object and FEOutput Glyph, which when set to True will enable writing multiple duty cycle load provider events results to a single Dassault Abaqus ODB file format. This is more convenient for the customer and also can save significant disk space.
File format version enhancements:
Additional improvements in nCode 2023 include: