Detail publikace

Material and Technological Aspects while Processing of Selected Ultra High Strength Steel

Originální název

Material and Technological Aspects while Processing of Selected Ultra High Strength Steel

Anglický název

Material and Technological Aspects while Processing of Selected Ultra High Strength Steel

Jazyk

en

Originální abstrakt

This authors presented article deals with the size of heat affected zone (HAZ) at specific technological processes (cutting and welding techniques). Armox 500 steel was selected and used to perform all realized experiments. Even before the start of the experiments that investigated the effect of HAZ on cutting and welding, it was necessary to subject the investigated Armox 500 steel to basic experimental measurements with regard to its chemical composition, fundamental microstructure and mechanical properties.

Anglický abstrakt

This authors presented article deals with the size of heat affected zone (HAZ) at specific technological processes (cutting and welding techniques). Armox 500 steel was selected and used to perform all realized experiments. Even before the start of the experiments that investigated the effect of HAZ on cutting and welding, it was necessary to subject the investigated Armox 500 steel to basic experimental measurements with regard to its chemical composition, fundamental microstructure and mechanical properties.

BibTex


@article{BUT157220,
  author="Josef {Sedlák} and Aleš {Jaroš}",
  title="Material and Technological Aspects while Processing of Selected Ultra High Strength Steel",
  annote="This authors presented article deals with the size of heat affected zone (HAZ) at specific technological processes (cutting and welding techniques). Armox 500 steel was selected and used to perform all realized experiments. Even before the start of the experiments that investigated the effect of HAZ on cutting and welding, it was necessary to subject the investigated Armox 500 steel to basic experimental measurements with regard to its chemical composition, fundamental microstructure and mechanical properties.",
  address="UJEP",
  chapter="157220",
  howpublished="print",
  institution="UJEP",
  number="2",
  volume="2019",
  year="2019",
  month="april",
  pages="184--189",
  publisher="UJEP",
  type="journal article"
}