• VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS

VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS

  • Applied Duhamel integral, used assumed modes method to find mode shapes, and applied modal superposition to estimate the steady and transient responses of the system
  • Analyzed an ANSYS model to compare frequency results and plot mode shapes, and obtained displacement time-history using transient modal linear superposition and direct numerical integration.
  • Obtained and plotted Von Mises stress of the beam to determine if the system would fail or not.