Publication result detail

Using 3D fabric on light glider fuselage

JURAČKA, J.; ŠPLÍCHAL, J.

Original Title

Using 3D fabric on light glider fuselage

English Title

Using 3D fabric on light glider fuselage

Type

Paper in proceedings (conference paper)

Original Abstract

A new material, which is called the Paraglass, has been used for the development of the ultralight composite glider TST-10 Atlas, unlike usual technology of the sandwich construction. The glider TST-10 Atlas is the cantilever midwing momoplane [Fig.1] with the T tailplane. The take off engine is installed on the stow-away arm. The Paraglass is made by the Dutch company Parabeam in Helmond. The advantage of this material is very simple and cheap technology of the structure production. The material is used as middle lay of all coverings, that are skin of wing, fuselage and tailplane. The experiences of the Paraglass application on the skin of glider fuselage are specified at the following abstract.

English abstract

A new material, which is called the Paraglass, has been used for the development of the ultralight composite glider TST-10 Atlas, unlike usual technology of the sandwich construction. The glider TST-10 Atlas is the cantilever midwing momoplane [Fig.1] with the T tailplane. The take off engine is installed on the stow-away arm. The Paraglass is made by the Dutch company Parabeam in Helmond. The advantage of this material is very simple and cheap technology of the structure production. The material is used as middle lay of all coverings, that are skin of wing, fuselage and tailplane. The experiences of the Paraglass application on the skin of glider fuselage are specified at the following abstract.

Keywords

3D fabric

Key words in English

3D fabric

Authors

JURAČKA, J.; ŠPLÍCHAL, J.

Released

21.10.2004

Publisher

University of Bristol

Location

Bristol, UK

Book

Composites Testing and Model Identification, Book of Abstracts

Pages from

19

Pages count

3

BibTex

@inproceedings{BUT11932,
  author="Jaroslav {Juračka} and Jan {Šplíchal}",
  title="Using 3D fabric on light glider fuselage",
  booktitle="Composites Testing and Model Identification, Book of Abstracts",
  year="2004",
  pages="3",
  publisher="University of Bristol",
  address="Bristol, UK"
}