Collection

Recent Advances in the Computational-Based Analysis of Metal Joining

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Closed
Advancement in dissimilar materials joining technologies has improved assembled components' integrity and performance leading to the development of advanced manufacturing techniques that provide extraordinary benefits such as increased productivity, component cost reduction, synergistic mixes of materials, unique joint properties, and improved joint efficiency. The main focus of this Special Issue addresses the growing research in optimization techniques and their applications. To reduce the waste of time, a numerical-based analysis is recommended. This collection is dedicated to advanced welding analysis, such as: - Computational-based analysis of the welded joints. - Optimization of welding parameters - Cold metal transfer (CMT) - Nanoparticles in different types of welding - Underwater welding - Topics related to the welding and joining, including metallurgical characterization, mechanical properties, and computational base analysis in extreme environments.

Editors

  • Dr Husain Mehdi Dr Husain Mehdi  &

    Dr Husain Mehdi

    Meerut Institute of Engineering and Technology, India Husain Mehdi currently working as an Associate professor in the department of Mechanical Engineering at Meerut Institute of Engineering and Technology Meerut. Husain does research in Industrial Design and Educational Technology. Their current project is 'Friction Stir Welding'.

  • Dr. Velaphi Msomi Dr. Velaphi Msomi

    Dr. Velaphi Msomi

    Cape Peninsula University of Technology, South Africa Research Interests: - Friction stir welding, friction stir processing, friction stir additive manufacturing - Renewable energy-based desalination systems - Metal matrix materials – manufacture, properties and characterisation - Surface metal composites – manufacture, properties and characterisation

Articles (22 in this collection)