The Influence of the Shape of a Polymer Wall on Selected Mechanical Properties

Author:

Klepka Tomasz1,Zaprawa Paweł1

Affiliation:

1. Lublin University of Technology

Abstract

This paper presents results of personal research concerning designing a new construction in the form of axially symmetric ducts, characterized by a complex construction of the carrying wall. These ducts were designed so that in the carrying wall they have a specified number of micro canals, in which additional cables can be placed. This paper presents research results of selected mechanical properties of the products, the values of force required to achieve a deformation of 3%, useful to calculating the peripheral stiffness of the construction. The research results allowed to determine the range of change of thinning possibility of the wall of the product in relation to the volume of the material and the mathematical function depicting the outline of the duct in cross-section.

Publisher

Trans Tech Publications, Ltd.

Reference9 articles.

1. L.E. Janson, J. Molin, Projektowanie i wykonawstwo sieci zewnętrznych z tworzyw sztucznych, VBB Consulting Ltd.

2. Fachverband der Kunststoffrohr – Industrie: Kunststoffrohr Handbuch, 4 Auflage, Vulkan Verlag Essen, Essen (2000).

3. J. Sikora, B. Samujło, A. Stasiek, The extrusion of plasticized poly(vinyl chloride) in an extruder with a modified feed zone. Part 1: extrusion process, Journal of Polymer Engineering, 35, 2 (2015) 191-198.

4. A. Tor-Świątek, B. Samujło, Use of thermo vision research to analyze the thermal stability of microcellular extrusion process of poly(vinyl chloride), Maintenance and Reliability, 15, 1 (2013) 58-61.

5. A. Tor-Świątek, J. Sikora, Analiza wpływu modyfikacji poli(chlorku winylu) mikrosferami na strukturę geometryczną wytłoczyny, Przemysł Chemiczny, 4 (2013) 538-541.

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