Static & Dynamic Analyses

Dynamic Analyses

Dynamic analyses provide valuable insights into a structure's behavior over time, helping clients understand its characteristics within specific time frames.

A 3 d image of the interior structure of an automobile.

Linear Dynamics

Linear dynamics utilize modal analysis to determine natural frequencies, which is crucial for assessing structural response. Random vibration tests or transient simulations unveil deflections, stresses, and strains.

Non-Linear Dynamics

Direct transient simulations characterize non-linear dynamics, offering a detailed understanding of structural behavior under dynamic loading conditions.

Static Structural Analyses

Static structural analyses are pivotal in determining deflection, strain, and stress distributions within components or assemblies. This commonly performed analysis serves for verification and validation purposes, offering profound insights into performance.

FEA Capabilities

  • Static buckling of structures
  • Non-linear stress/strain relationships (e.g., elastoplastic, hyperelastic, temperature-dependent)
  • Non-linear contact of structures considering bolt preload or initial gaps/interferences
  • Parametric design to assess system sensitivity to specific variables
  • Optimization to meet design criteria
  • High-performance computing capabilities
A computer model of an airplane 's engine and propeller.

Linear and Non-Linear Analyses

Stay tuned for updates on our linear and non-linear analysis capabilities. We're committed to expanding our services to meet your evolving needs.

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