Journal of Adhesion Science and Technology

Coating deposition through modern welding and related processes represents a cutting-edge approach in materials engineering aimed at enhancing surface properties and extending the lifespan of components across various industries. Traditional coating application methods, such as electroplating and thermal spraying, have been augmented and, in some cases, replaced by modern welding techniques due to their ability to provide superior adhesion, improved coating integrity, and enhanced control over material properties. Coating deposition through friction stir processing (FSP) and welding represents a significant advancement in surface engineering, offering precise control over coating thickness, composition, and microstructure. Traditional coating methods often involve high-temperature processes, such as thermal spraying, which may result in undesirable phase transformations and thermal stresses. The friction stir processing and welding techniques offer a solid-state approach to coating deposition, enabling the production of coatings with enhanced mechanical, thermal, and corrosion-resistant properties while minimizing heat-affected zone (HAZ) effects. These processes offer versatility in material selection, deposition rate, and coating thickness, enabling the development of tailored coatings with specific mechanical, thermal, and corrosion-resistant properties. These innovations have expanded the range of materials suitable for coating applications and facilitated the development of coatings with superior properties tailored to specific industrial requirements. The proposed special issue aims to cover a broad spectrum of topics related to advancements in coating deposition through modern welding and related processes. Some of the key topics of interest include, but are not limited to:

-Friction stir welding (FSP) with synthetic/natural nanoparticles.
-Friction stir processing on TIG/MIG/CMT welded joints.
-Microstructural evolution in friction stir processed coatings.
-Optimization of welding parameters for coating deposition efficiency.
-Enhanced wear resistance of friction stir welded joints.
-Corrosion protection through friction stir processing (FSP).
-Metallurgical bonding mechanisms in friction stir welded joints.
-Tailored coating properties via friction stir processing (FSP).
-Additive manufacturing of coatings using friction stir processing (FSP).
-Surface modification for improved tribological properties via friction stir processing
(FSP).
-Hybrid friction stir processing (FSP) for multi-functional coatings.
-Adhesion of coated by friction stir processing (FSP) and other welding processing.

The proposed special issue is motivated by the increasing demand for advanced coatings that address evolving challenges in the aerospace, automotive, energy, and manufacturing industries.
Modern friction stir processing/welding with reinforcement particles offer unique advantages in coating adhesion, material compatibility, and process efficiency. By bringing together cutting edge research and practical insights, this special issue seeks to elucidate the fundamental principles, technological advancements, and industrial applications of coating deposition through
modern welding processes.

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