The paper deals with a behaviour of adhesive bonds created by means of quick-setting adhesives at different speeds of a loading. The aim of the research was to simulate a change of a bearing capacity of the adhesive bond at marginal limits foregoing the bond destruction. Application of quick–setting adhesives based on cyanoacrylates is considerably spread in a technical practice. Its advantage is speed of a hardening process. A fast creation of a bond and a possibility of fast manipulation with the adhesive bond are connected with it. The manipulation strength of the adhesive bond is reached in a few seconds. The aim of the research is to describe behaviour of quick–setting adhesives based on cyanoacrylates at different speeds of loading of the adhesive bonds in an interval of 1 to 600 mm/min. A change of the adhesive bond strength, an elongation and a failure time were evaluated within the experiments. Also the behaviour of the adhesive bonded material was observed within the research
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机译：本文探讨了通过在不同的加载速度下快速固化粘合剂而产生的粘合行为。该研究的目的是模拟在粘合剂破坏之前的极限极限处粘合剂的承载能力的变化。在技术实践中，基于氰基丙烯酸酯的快速固化胶粘剂的应用已大为普及。它的优点是硬化过程的速度。与之建立快速连接的可能性以及利用粘合剂进行快速操纵的可能性。在几秒钟内就达到了粘合的操纵强度。该研究的目的是描述基于氰基丙烯酸酯的快速固化胶粘剂在1至600 mm / min的间隔内不同的胶粘剂加载速度下的性能。在实验中评估了粘合强度，伸长率和失效时间的变化。在研究中还观察到了粘合材料的行为
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