Polymer Fracture Behaviour, Laboratory exercises

The rubber industry, especially rubber goods manufacturers, as well as rubber compound producers or suppliers of ingredients, is looking for suitable advanced materials for the next generation of rubber products that would achieve improved properties and increased service life. In order to achieve a long service life of technical materials, it is necessary to know their basic mechanical properties as well as their fracture trough proper characterization techniques. The service life is influenced by the resistance of used material and appropriate use of the final product. One of the properties that significantly affect the durability of technical materials under mechanical stress is the structural strength. If the material contains various defects such as poorly dispersed filler particles or micro-cracks, these defects act as local points where stress concentration occurs during mechanical stress. In this area, the stress can reach a critical value of strength of the material, resulting in crack propagation leading to a total collapse of the product. The aim of these instructions for laboratory exercises from the course Polymer Fracture Behaviour is to introduce a set of experimental tests dealing with the characterization of basic mechanical behaviour leading to crack initiation and propagation. These tests will be further supplemented by two methods for the determination of fracture behaviour and the dynamic abrasion using advanced unique measuring devices, which are part of the Centre of Polymer Systems at Tomas Bata University in Zlín.

ISBN:	978-80-7454-879-6
EAN:	9788074548796
Počet stran	39 stran
Datum vydání	20. 12. 2019
Pořadí vydání	První
Jazyk	český
Vazba	měkké desky, brožura sešitá drátěnou sponkou
Autor:	Radek Stoček
Autor:	Ondřej Kratina
Nakladatelství	Univerzita Tomáše Bati ve Zlíně
Tématická skupina	999 - nezařazeno
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