SATK Free Trial.

Software that delivers base-driven dynamic simulation 200 times faster than any other random vibration analysis software.

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See how much time you can save with SATK

SATK’s parallelized random processor simplifies computation of base-driven sine and random vibration structural analysis:

  • Random vibration analysis
  • Composite failure metrics
  • Peak derived stress and strain
  • Von Mises
  • Shear

SATK strain energy graph
Nodal contours with SATK

Get unprecedented speed with a free trial

SATK for NASTRAN delivers efficiency and accuracy where other software solutions struggle:

  • Accounts for modal truncation rapidly and efficiently
  • Computes peak vector result magnitudes
  • Provides 30% greater accuracy when accounting for non-Gaussian probability distribution
  • Supports both Simcenter NASTRAN and MSC NASTRAN
  • Runs in batch processing, on either Windows or Linux

Try SATK to discover more design possibilities

SATK delivers quicker computations and advanced post processing:

  • Perform general analysis
  • Conduct base-driven simulation
  • Streamline dynamic simulation
  • Test a structure’s random base acceleration
  • Automatically generate the stress margin of safety

Spacecraft in SATK
A satellite model solved with the SATK

​Assess structural response with an SATK free trial

The modal summary tool automatically flags critical modes where the dynamic responses or effective masses (or both) exceed the thresholds you define for that model.

  • Process modal information from a normal mode (SOL 103) analysis
  • Graph effective masses in Excel
  • Tabulate acceleration responses for a group of nodes you select

Stay within margins of safety

Find out how simple it can be to assess margins of safety for structures, regardless of complexity, materials, or loads.

An SATK free trial gives you support for a variety of failure theories as well as:

  • User-defined element groups
  • Element stresses based on various material strengths
  • Ability to process NASTRAN static, transient, and frequency response results

Von Mises stress