Publication detail

Obtaining Temperature Dependent Thermal Properties of Investment Casting Mold

POHANKA, M.

Czech title

Získání teplotních vlastností v závislosti na teplotě u licí hmoty

English title

Obtaining Temperature Dependent Thermal Properties of Investment Casting Mold

Type

conference paper

Language

en

Original abstract

An experiment is conducted to determine the temperature dependent thermal properties of a fused silica shell conmmonly used as a mold amterial for investment castings. The mold is constructed by building up alternating layers of binder and silica. Different binder and siulica are used for the inner layer, resulting in a thin region with different thermal properties that the rest of the shell.

Czech abstract

An experiment is conducted to determine the temperature dependent thermal properties of a fused silica shell conmmonly used as a mold amterial for investment castings. The mold is constructed by building up alternating layers of binder and silica. Different binder and siulica are used for the inner layer, resulting in a thin region with different thermal properties that the rest of the shell.

English abstract

An experiment is conducted to determine the temperature dependent thermal properties of a fused silica shell conmmonly used as a mold amterial for investment castings. The mold is constructed by building up alternating layers of binder and silica. Different binder and siulica are used for the inner layer, resulting in a thin region with different thermal properties that the rest of the shell.

Keywords in English

thermal, casting,conductivity

Released

15.11.2002

Publisher

ASME

Location

New Orleans, LA

ISBN

0791836509

Book

Proceedings of IMECE 2002

Edition number

1

Pages from–to

1–6

Pages count

6

BIBTEX


@inproceedings{BUT7292,
  author="Michal {Pohanka},
  title="Obtaining Temperature Dependent Thermal Properties of Investment Casting Mold",
  booktitle="Proceedings of IMECE 2002",
  year="2002",
  month="November",
  pages="1--6",
  publisher="ASME",
  address="New Orleans, LA",
  isbn="0791836509"
}