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Surface instabilities during straining of anisotropic materials

Authors
Publisher
Elsevier
Publication Date
Keywords
  • The Development Of Instabilities In Traction-Free Surfaces Is Investigated Numerically Using A Unit
  • Full Finite Strain Analyses Are Conducted Using Isotropic As Well As Anisotropic Yield Criteria And
  • In The Load Range Of Tension Investigated
  • It Is Found That Isotropic Plasticity Can Only Predict Surface Instabilities If Non-Associated Plast
  • However
  • For Anisotropic Plasticity A Surface Instability Is Observed For Associated Plastic Flow If The Prin
  • For Other Orientations Surface Instabilities Are Seen When Non-Associated Plastic Flow Is Taken Into
  • Compared To Tension
  • Smaller Compressive Deformations Are Needed In Order To Initiate A Surface Instability

Abstract

Surface instabilities during straining of anisotropic materials - DTU Orbit (25/05/14) Surface instabilities during straining of anisotropic materials - DTU Orbit (25/05/14) Legarth, Brian Nyvang; Richelsen, Ann Bettina / Surface instabilities during straining of anisotropic materials. In: International Journal of Mechanical Sciences, Vol. 48, 2006, p. 517-525. Publication: Research - peer-review › Journal article – Annual report year: 2006

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