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StressCheck Demo: Computing 2D and 3D Stress Concentrations for an Infinite Plate with Hole in Tension

Home ShopLinear Elasticity SolverStressCheck Demo: Computing 2D and 3D Stress Concentrations for an Infinite Plate with Hole in Tension
StressCheck Demo: Computing 2D and 3D Stress Concentrations for an Infinite Plate with Hole in Tension

StressCheck Demo: Computing 2D and 3D Stress Concentrations for an Infinite Plate with Hole in Tension

Abstract: using numerical simulation to determine the minimum width-to-diameter ratio (W/d) in 2D, and the minimum thickness-to-diameter ratio (thk/d) in 3D, required to represent the stress concentration factor (Kt) of a plate with hole in tension to within 1% error as compared to the theoretically-derived Kt = 3 for the case of an infinite plate with a circular hole (W/d=∞) under uniaxial loading.

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Related Content:

  • StressCheck Demo: 2D Stress Concentration Factor for Offset Hole
  • StressCheck Tutorial: Computation of Kt and Crack Initiation Beta Factor for a 2D Notched Plate in Tension
  • StressCheck Demo: Aircraft Keel Beam Stress Analysis
  • StressCheck Tutorial: 2D Bearing + Bypass Loaded Plate – Filled vs Open Offset Hole SIF’s
  • StressCheck Tutorial: Influence of Boundary Conditions on Stress Concentrations

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Categories: Linear Elasticity Solver, StressCheck Core, StressCheck Professional. Tags: Boundary Conditions, Convergence Extraction, Detailed Stress, Linear Analysis, Meshing, Numerical Simulation, Plot Extraction, Results, StressCheck GUI, Theory.

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“We have been having very good success using the P-Version finite element code, StressCheck, to develop the 2-D solutions for two independent cracks in a plate. I have asked one of our AFGROW team members to model the plate and lug cases using StressCheck and compare them to the existing AFGROW closed-form solutions. [He] modeled the cases several different ways to be sure that he was getting the best possible solutions. He has verified that the bearing load option in StressCheck provides excellent results.”

Jim Harter, Team Leader-Analytical Fatigue/Fracture Reliability Team Air Force Research Laboratory (AFRL)

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