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A compact analytical model is proposed for predicting thermal joint resistance of rough polymer-metal interfaces in a vacuum. The model assumes plastic deformation at micro- contacts and joint temperatures less than the polymer's glassy temperature. The joint resistance includes two components: (i) bulk resistance of the
Polymer Welding Relations Investigated by a Lap Shear. Joint Method*. D. B. KLINE and R. P. WOOL. Department of Materials Science and Engineering. University of Illinois at Urbana-Champaign. Urbana, Illinois 61801. A lap shear joint method was used to study strength development during welding of polystyrene
Material Producer List – Polymer Concrete. 2. January 11, 2018. Polymer Concrete. The following products are pre-qualified in accordance with DMS-6140, “Polymer Concrete for Bridge Joint Systems." The Department reserves the right to conduct random sampling of pre-qualified materials for testing and to perform
The results of a series of experimental laboratory and numerical tests of Polymer Flexible Joint (PFJ) under shear load have been presented in this paper. To determine the suitability of technology in practical use in precast concrete pavements it is very important to describe correctly the mechanical behavior of PFJ
ABSTRACT. This paper reviews the fac- tors controlling adhesion in polymer/alu- minum and in polymer/steel joints, and the ongoing research being carried out at the University of Toronto on alu- minum/oriented high-strength poly- propylene bonding. Two approaches have been taken when examining the joining of
The heat ow across a metal/polymer interface is a very important problem in many modern engineering applications. A thermal joint conductance model that employs the surface mechanics of a contact interface in conjunction with an existing elastic thermal contact conductance model was developed. In developing the
Abstract. Teeth deformation measurements in the connection area indicate that each method of welded joint improvement, decreases deformation and thus improves power transfer capacity of joined belts. In the selected study it means deformation of the connection zone. The difficulties with preparation of strenghtening
This paper presents a comprehensive overview of joining techniques for dissimilar materials found in metal-to-metal, polymer-to-polymer and metal-to- polymer joints. The paper comprises four sections. First, general concepts and the need to join dis- similar materials are explained. Second, the vari- ous methods of joining
Paper presents the possibility of application of Polymer Flexible Joint (PFJ) as a connection for brittle materials (bricks, limestones) where the PFJ is capable to carry loads. The aim of this paper is to describe the influence of application of such joints on repaired elements. In the article the idea and examples of using the
5 Oct 2001 Parallel to the spreading of polymers as engineering materials the spreading of polymer joints can be observed. Similarly to metallic joints, according to operational principle joints working by force, by shape or by material layer can be differentiated in case of polymers, too. The aim of this paper is to.
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