Fig-1 - uploaded by Taj Alasfia M Barakat
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Commercial glue, illustration of good and bad adsorption between Adhesive and Surface For each test three different adhesives were used, two are wood related and the other one is not wood related, each glue has one sample per test. Moski Wood was used as testing material. The tests to perform and adhesives used are tabulated below:
Source publication
Adhesives have become an inseparable part of our modern styled life where it is used in every aspect, field and industry. Adhesive have become the core of many industries. This paper aims to discuss the history, definition, working mechanism of adhesives and also to mention part of the literature available about adhesives like adhesives types, clas...
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Adhesively bonded composite repairs restoring limit load capacity are not yet certified in civil aviation due to a lack of methods suitable for the substantiation of proper bond quality. In our previous paper, we proposed a novel method for process control to resolve this issue [1]. The core of this bondline control technology is a new type of adhe...
Citations
Switchable adhesion, a phenomenon characterized by the ability to transition between attachment and detachment states under external stimuli, has recently gained popularity in various advanced devices. The realization of the desired functionalities on such surfaces relies on intricate interfacial designs. A general understanding of the commonalities and distinctions among these designs can foster the development of refined switchable adhesion interfaces (SAIs). To address this, this review first examines adhesion interfaces by focusing on the fundamental interactions at the atomic/molecular level, adhesion models, and their correlation with the diverse forces/bonds that dominate the adhesion behaviors. The latest progress in SAIs based on various forces/bonds, including electrostatic force, van der Waals force, capillary force, chemical bond, and suction force, is then discussed with regard to their specific design strategies, such as structures, components, and triggers. Additionally, an extensive overview of the broad applications of SAIs in fields ranging from space to biomedicine is provided, along with an exploration of the prevailing challenges and potential opportunities. With the rapid progress that has been made in state‐of‐the‐art mechanisms and design strategies, SAIs are expected to undergo booming development in the foreseeable future.
