Result with impact on practice detail

CoolControl - Innovative Concepts for Control of Heat Transfer during Secondary Cooling to Minimize Oxide Scale and Surface Defects during Continuous Casting

CHABIČOVSKÝ, M.

Original Title

CoolControl - Innovative Concepts for Control of Heat Transfer during Secondary Cooling to Minimize Oxide Scale and Surface Defects during Continuous Casting

English Title

CoolControl - Innovative Concepts for Control of Heat Transfer during Secondary Cooling to Minimize Oxide Scale and Surface Defects during Continuous Casting

Type

Project documentation

Original Abstract

Introduction of a series of innovative strategies to control heat transfer including a new “dry casting” concept, which eliminates the need for water sprays, novel contact resistance sensors in the rolls, and a flexible liquid core detection system linked to the secondary cooling through an advanced Casting Simulation Interface. This interface is tasked to optimize sprays performance as a function of sensors data, advanced modelling and inspection combined in a neural-network to create an online control loop for quality improvement of cast products.

English abstract

Introduction of a series of innovative strategies to control heat transfer including a new “dry casting” concept, which eliminates the need for water sprays, novel contact resistance sensors in the rolls, and a flexible liquid core detection system linked to the secondary cooling through an advanced Casting Simulation Interface. This interface is tasked to optimize sprays performance as a function of sensors data, advanced modelling and inspection combined in a neural-network to create an online control loop for quality improvement of cast products.

Keywords

Cooling control, scales, defects, casting simulation, dry casting, heat transfer coefficient, contact resistance, liquid core detection

Key words in English

Cooling control, scales, defects, casting simulation, dry casting, heat transfer coefficient, contact resistance, liquid core detection

Authors

CHABIČOVSKÝ, M.

RIV year

2021

Released

17.09.2019

Pages count

70

BibTex

@misc{BUT169285,
  author="Martin {Chabičovský}",
  title="CoolControl - Innovative Concepts for Control of Heat Transfer during Secondary Cooling to Minimize Oxide Scale and Surface Defects during Continuous Casting",
  year="2019",
  pages="70",
  note="Project documentation"
}