Publication result detail

NOZZLE ORIENTATION EFFECT ON THERMAL CROWN AND STRESS IN THE WORK ROLL

POHANKA, M.; RESL, O.

Original Title

NOZZLE ORIENTATION EFFECT ON THERMAL CROWN AND STRESS IN THE WORK ROLL

English Title

NOZZLE ORIENTATION EFFECT ON THERMAL CROWN AND STRESS IN THE WORK ROLL

Type

Paper in proceedings outside WoS and Scopus

Original Abstract

Hot rolling process involves significant heating of work roll and its degradation. Cooling of work roll in blooming line was studied using laboratory measurements of heat transfer. The obtained results were used in numerical simulation of hot rolling process to study the temperature distribution in work roll. The temperature of the work roll was used to compute the thermal deformation and stress analysis. The obtained results for various nozzle orientations are compared and presented. The results will help to understand the roll degradation process.

English abstract

Hot rolling process involves significant heating of work roll and its degradation. Cooling of work roll in blooming line was studied using laboratory measurements of heat transfer. The obtained results were used in numerical simulation of hot rolling process to study the temperature distribution in work roll. The temperature of the work roll was used to compute the thermal deformation and stress analysis. The obtained results for various nozzle orientations are compared and presented. The results will help to understand the roll degradation process.

Keywords

ROLL – COOLING – DEGRADATION – STRESS – DEFORMATION

Key words in English

ROLL – COOLING – DEGRADATION – STRESS – DEFORMATION

Authors

POHANKA, M.; RESL, O.

RIV year

2023

Released

01.11.2022

Pages from

1

Pages to

5

Pages count

5

BibTex

@inproceedings{BUT179863,
  author="Michal {Pohanka} and Ondřej {Resl}",
  title="NOZZLE ORIENTATION EFFECT ON THERMAL CROWN AND STRESS
IN THE WORK ROLL",
  year="2022",
  pages="1--5"
}