Providing technology and market trends to those involved in the research, development, manufacturing, sales, and use of lubricants.
Chapter 1: History of Lubricating Oils and Lubricating Oil Additives Chapter 2: Applications, Types, and Required Performance of Lubricating Oils Chapter 3: Types, Chemical Structures, and Manufacturing Methods of Base Oils for Lubricating Oils 3.1 Types of Base Oils for Lubricating Oils 3.2 Chemical Structures and Manufacturing Methods of Base Oils for Lubricating Oils 3.3 Summary of Base Oils for Lubricating Oils Chapter 4: Types, Applications, Chemical Structures, and Functions of Lubricating Oil Additives 4.1 Lubricating Oil Additives for Machinery Protection 4.2 Additives for Protecting Lubricating Oils 4.3 Additives for Improving Tribological Properties 4.4 Additives for Improving Viscosity Properties 4.5 Other Additives 4.6 Summary of Lubricating Oil Additives Chapter 5: Lubricating Oil Standards and Their Operational Systems 5.1 Engine Oil Standards 5.2 Drive System Oil Standards 5.3 Hydraulic Fluid Standards 5.4 Other Industrial Lubricating Oil Standards 5.5 Operational System for Lubricating Oil Standards Chapter 6: Testing Methods, Performance Evaluation, and Analysis Methods for Lubricating Oils 6.1 Property Testing of Lubricating Oils and Its Significance 6.2 Chemical Composition Testing of Lubricating Oils
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6.3 Performance evaluation methods for lubricants 6.4 Analysis methods for lubricants and lubricant additives 6.5 Summary of testing methods for lubricants Chapter 7 Formulation design and manufacturing methods of lubricants 7.1 Development process of lubricants 7.2 Formulation design of lubricants 7.3 Manufacturing methods of lubricants Chapter 8 Market trends and entering manufacturers of lubricants and lubricant additives Chapter 9 Adoption structure and supply chain of lubricants and lubricant additives 9.1 Supply chain and adoption structure of lubricants 9.2 Supply chain and adoption structure of additives Chapter 10 Material compatibility of lubricants 10.1 Materials that lubricants come into contact with 10.2 Compatibility with metallic materials 10.3 Compatibility with non-metallic materials 10.4 Compatibility with exhaust gas after-treatment devices 10.5 Evaluation methods for material compatibility 10.6 Summary of material compatibility Chapter 11 Lubrication management Chapter 12 Future prospects for lubricants and lubricant additives
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**Author** Hiroshi Hamaguchi, Technical Advisor at GS Caltex Corp., Doctor of Engineering - 1972-1996: Worked at Nippon Mining (now JX Nippon Oil & Energy) - Studied at Imperial College from 1975 to 1976 - Commercialized the world's first MoDTC blended oil in 1979 - Obtained a Doctorate in Engineering from the University of Tokyo in 1993 - Established the on-file system for JASO 2-cycle oil in 1994 - 1996-2012: Worked at Evonik Japan - Conducted market research as a member of SAE Asia from 1997 to 2011 - Participated in various committees of the Society of Automotive Engineers from 1997 to 2012 - 2012-2014: Technical Advisor at Evonik Oil Additives Asia Pacific - 2014-present: Technical Advisor at GS Caltex Corp.
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