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Full Description
Additives improve the surface properties, reducing friction and wear at the interface, and improving service life of interacting engineering systems and components and this book focusses on a comprehensive study of additives in terms of their role in tribological performance of manufacturing processes. It offers the fundamental understanding of tribological performance and the latest developments in reduction of wear and energy consumption through tribological processes in manufacturing integrated with industry relevant results.
Features:
Covers latest development in reduction of wear and energy consumption through tribological processes in manufacturing.
Includes potential and successful aspects of the role of additives on the component surfaces to realize the tribological behavior of the components.
Provides the application of additives in industries such as automotive, machining, aerospace, and biomedical industries.
Reviews application of additives in modern manufacturing processes.
Provides the relevant aspects of micro/nanofluids.
This book is aimed at researchers and graduate students in mechanical engineering, tribology, and additive manufacturing.
Contents
1: Product Quality Improvement using Additives in Metal Forming Processes. 2: Impact of Additives in Metal Forming Processes. 3: Significance of additives on modern casting methods. 4: Significance of Additives on Modern Casting Method. 5: Nano-additives Assisted MQL Machining. 6: Nano additives assisted minimum quantity lubrication machining. 7: Nano-additives Assisted MQL Machining. 8: Nanoadditives enriched natural oils based cutting fluids under minimum quantity lubrication. 9: Quality and Sustainability improvement in 3D Printing using Nano additives.. 10: Impacts of Additives on Failure Issues Linked with Additively Manufactured products. . 11: Optimization of Process Parameters for Improving Tensile Strength of FDM Produced Parts: A Review. 12: Manufacturing Advanced Alumunium Composites: Effect of Additives on Mechanical and Tribological Properties. 13: Parametric Optimization of Steel Turning Variables under Metal and Metal Oxide Nanofluid Cooling Environment with MCDM Hybrid Method. 14: State of the art on tribological behavior of carbide coatings on steel using different techniques.
