Publication detail

The theoretical model of the evolution of the temperature fields in the components involved in the grinding process

Kocman Karel, Prof. Ing. DrSc. Putzová Ildigo, Ing. PhD.

Czech title

Teoretický model vývoje teplotních polí v součástech zasažených brousicím procesem

English title

The theoretical model of the evolution of the temperature fields in the components involved in the grinding process

Type

journal article - other

Language

en

Original abstract

During the grinding process, a number of physical feature occur. The main affair of this machining process is the disadvantageous effects that high temperatures bring to the workpiece and tool. In this paper a form of heat source arises from friction between the grinding wheel and workpiece is proposed.

Czech abstract

Během procesu broušení vzniká řada fyzikálních vlivů. Hlavní problém tohoto procesu obrábění je v nevýhodném účinku vysokých teplot přenášených na obrobek a nástroj. V příspěvku je navržen tvar a zdroj tepla vznikající při tření mezi brousicím kotoučem a obrobkem.

English abstract

During the grinding process, a number of physical feature occur. The main affair of this machining process is the disadvantageous effects that high temperatures bring to the workpiece and tool. In this paper a form of heat source arises from friction between the grinding wheel and workpiece is proposed.

Keywords in English

temperature fields, grinding process, mathematical model

RIV year

2004

Released

17.10.2004

ISSN

1213-2489

Journal

Manufacturing TECHNOLOGY

Volume

2004

Number

4

Pages count

3

BIBTEX


@article{BUT45440,
  author="Karel {Kocman} and Ildikó {Csölle Putzová},
  title="The theoretical model of the evolution of the temperature fields in the components involved in the grinding process",
  journal="Manufacturing TECHNOLOGY",
  year="2004",
  volume="2004",
  number="4",
  month="October",
  issn="1213-2489"
}