Materials with this property in an aerodynamic flow to obtain a divergence speed where failure occurs and in those materials with this property, V-G artificial damping and the p-k method are used to predict flutter. Curves which minimize energy due to this phenomenon for systems under torsion are derived in the Frenet-Serret and Bishop frames and are named for Euler and Kirchoff respectively. This property can be derived by considering Freely-Jointed or Worm-like chains and noting that the (*) changes from the initial s
Materials with this property in an aerodynamic flow to obtain a divergence speed where failure occurs and in those materials with this property, V-G artificial damping and the p-k method are used to predict flutter. Curves which minimize energy due to this phenomenon for systems under torsion are derived in the Frenet-Serret and Bishop frames and are named for Euler and Kirchoff respectively. This property can be derived by considering Freely-Jointed or Worm-like chains and noting that the (*) changes from the initial state create an entropic force. Materials that possess a "hyper" form of this property are named after Green and a form where stress is a simple function of strain is named for Cauchy. This type of potential energy equals 1⁄2 times k times displacement squared by Hooke's Law. For 10 points, name this property where objects return to their original shape after stress possessed by springs and rubber.
Materials with this property in an aerodynamic flow to obtain a divergence speed where failure occurs and in those materials with this property, V-G artificial damping and the p-k method are used to predict flutter.
elasticity [accept aeroelasticity]