Integrated Dynamics Laboratory

Formed in 2017, the Integrated Dynamics Laboratory exists to solve industry-relevant challenges to virtual product development through advanced modeling and experimental approaches.

Expertise Areas:

  • Nonlinear structural dynamics
  • Vibrations
  • Inverse identification methods
  • Structural health and condition monitoring
  • Experimental modal analysis
  • Dynamic substructuring
  • Applied finite element modeling

Current & Historical Research Programs

  • Development of the Large Omnidirectional Child anthropomorphic test device finite element model.
  • Parameter identification and modeling of nonlinear structural joints including automotive suspension dampers, spot-welds, bolted joints, and viscoelastic and hydroelastic components.
  • Damping mechanisms for high fidelity automotive crash pulse simulation
  • Bolted connections and effect of large part dynamics on automotive body structure durability
  • Hydroealstic bushings and mounts
  • Appliance noise reduction
  • Develop unique component (and system) dynamic operational and characterization testing methods

Mission and Vision

  • To create, transfer and preserve knowledge in engineering for the purpose of enhancing economic competitiveness regionally, nationally and globally.
  • Prepare professionals ready to sustain and advance our society.

Director