Detail publikace

Indentation and piercing of steel in mushy state

Originální název

Indentation and piercing of steel in mushy state

Anglický název

Indentation and piercing of steel in mushy state

Jazyk

en

Originální abstrakt

Semisolid or mushy state processing permits a material to partially solidify before shape making operations. the understanding of material behaviour in the mushy state is critical for better control of various semisolid processes. The aim of the presented study is to experimentally quantify the indentation and piercing behaviour of steel in mushy states. Semisolid specimens under indentation and piercing were evaluated at various forming speeds and mushy states. the correlation between the temperature and the percentage of the solid phase is used to control the characteristics of the mushy state.It has been found that the forminf resistance of steel in a mushy state is dependent on the deformation rate and the solid phase percentage.

Anglický abstrakt

Semisolid or mushy state processing permits a material to partially solidify before shape making operations. the understanding of material behaviour in the mushy state is critical for better control of various semisolid processes. The aim of the presented study is to experimentally quantify the indentation and piercing behaviour of steel in mushy states. Semisolid specimens under indentation and piercing were evaluated at various forming speeds and mushy states. the correlation between the temperature and the percentage of the solid phase is used to control the characteristics of the mushy state.It has been found that the forminf resistance of steel in a mushy state is dependent on the deformation rate and the solid phase percentage.

BibTex


@article{BUT41882,
  author="Jaroslav {Horský} and Miroslav {Raudenský} and Petr {Kotrbáček} and Ampere An-Pei {Tseng}",
  title="Indentation and piercing of steel in mushy state",
  annote="Semisolid or mushy state processing permits a material to partially solidify before shape making operations. the understanding of material behaviour in the mushy state is critical for better control of various semisolid processes. The aim of the presented study is to experimentally quantify the indentation and piercing behaviour of steel in mushy states. Semisolid specimens under indentation and piercing were evaluated at various forming speeds and mushy states. the correlation between the temperature and the percentage of the solid phase is used to control the characteristics of the mushy state.It has been found that the forminf resistance of steel in a mushy state is dependent on the deformation rate and the solid phase percentage.",
  address="Chinese Society of Mechanical Engineers",
  chapter="41882",
  howpublished="electronic, physical medium",
  institution="Chinese Society of Mechanical Engineers",
  journal="Journal of the Chinese Society of Mechanical Engineers",
  number="No.3",
  volume="24",
  year="2003",
  month="march",
  pages="187--195",
  publisher="Chinese Society of Mechanical Engineers",
  type="journal article - other"
}