大量生産における付加：摩擦学の視座から Additives in Manufacturing : A Tribological View

Katiyar, Jitendra Kumar (EDT)/ Sharma, Anuj Kumar (EDT)/ Sahu, Ranjeet Kumar (EDT)

CRC Press（2026/10発売）

• 製本 Hardcover:ハードカバー版／ページ数 344 p.
• 言語 ENG
• 商品コード 9781032220369
• DDC分類 621.89

Full Description

Additives improve surface properties by reducing friction and wear at the interface, thereby enhancing the service life of interacting engineering systems and components. This book focuses on a comprehensive study of additives in terms of their role in the tribological performance of manufacturing processes. It offers a fundamental understanding of tribological behaviour and discusses the latest developments in reducing wear and energy consumption through tribological processes in manufacturing, supported by industry-relevant results.

Features:

Covers the latest developments in reducing wear and energy consumption through tribological processes in manufacturing.
Highlights the potential and successful applications of additives on component surfaces to achieve desired tribological behaviour.
Provides insights into the use of additives across industries such as automotive, machining, aerospace, and biomedical engineering.
Reviews the application of additives in modern manufacturing processes.
Includes relevant aspects of micro- and nanofluids.

This book is intended for researchers and graduate students in mechanical engineering, tribology, and additive manufacturing.

Contents

1.History of Additives in Manufacturing 2.Product Quality Improvement in Metal Forming Processes Using Additives 3. Impact of Additives in Metal Forming Processes 4. Role of Miniature Powder Additives in Advanced Joining Processes 5. Nano additives assisted minimum quantity lubrication machining 6. Ultrafine Additives and Assisted Cryogenic Machining 7. Colloidal Nano-lubricants for Sustainable Machining 8. Significance of Additives in Modern Casting Methods 9. Quality and Sustainability improvement in 3D Printing using Nano additives 10. Role of second phase modifiers in polymer composites fabricated by additive manufacturing method or 3D printing technique 11. Optimization of Process Parameters for Improving Tensile Strength of FDM Produced Parts: A Review 12. Impacts of Additives on Failure Issues Linked with Additively Manufactured Products 13. Manufacturing Advanced Alumunium Composites: Effect of Additives on Mechanical and Tribological Properties 14. State of the art on tribological behavior of carbide coatings on steel using different techniques