Methods and equipment for the investigation of rheological properties of complex materials like convectional brick clays and ceramic reinforced composites

Abstract

Some of the authors of this publication are also working on these related projects: Most of my projects are financed by the lergest multinational firms like GE, Wienerberger, Creaton, IGREX and others. View project Investigating properties of building materials View project László A Gömze University of Miskolc 118 PUBLICATIONS 354 CITATIONS SEE PROFILE All content following this page was uploaded by László A Gömze on 17 October 2015. The user has requested enhancement of the downloaded file. vol. 67, no. 4 § 2015/4 § építôanyag § JSBCM | 143 építôanyag § Journal of Silicate Based and Composite Materials methods and equipment for the investigation of rheological properties of complex materials like convectional brick clays and ceramic reinforced composites l. a. GömZE § university of miskolc institute of ceramics and Polymer engineering § femgomze@uni-miskolc.hu l. n. GömZE § igrex engineering service Ltd. igrici, Hungary § igrex2009@yandex.ru n. S. KULKoV § tomsk state university, russia l. i. ShABALIN § university of salford, united kingdom i. GoTmAN § university of technion, israel f. PEDRAZA § university of La rochelle, France g. l. LEComTE § université de Limoge-ensci, France t. mAyoRoVA § syktyvkar state university, russia e. KURoVICS § university of miskolc institute of ceramics and Polymer engineering a. hAmZA § university of miskolc institute of ceramics and Polymer engineering Abstract in the present work two special instruments are described and introduced which were developed for the rheological tests of materials like minerals, raw materials and semi-finished products of ceramic industry or complex materials like ceramic particles and fibre reinforced metal alloys and hetero-module, hetero-viscous and hetero-plastic materials with increased dynamic strength. the working principles of introduced 'rheotesters' are relatively simple and easy for use to determine rheological parameters like instantaneous elastic modulus, delayed elastic modulus or viscosity of damaged and undamaged material structures. the instruments give the opportunity to easily and quickly prepare the rheological model of tested materials.