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This book presents a comprehensive exploration of tribology concepts and their real-world implications, delving into introductory principles as well as advanced topics such as friction, lubrication, and wear. Tailored for engineers across diverse disciplines, it serves as a fundamental resource for both undergraduate engineering courses and postgraduate studies focused on tribology. Moreover, it caters to the needs of mechanical, materials, and biomechanics researchers, engineers, academics, and industry professionals alike. Noteworthy features include unique engineering perspectives, practical discussions on lubrication principles for minimizing friction and wear, and guidance on selecting optimal lubricants and materials for various tribological applications.
This book provides a hands-on guide towards conducting state-of-the-art engineering research and gaining a patent. It lists pragmatic, step-by-step instructions that cover every stage in engineering research and patent gaining, from choosing a topic to the presentation of research outcomes or patent application. The topics include the introduction and basic concepts of engineering research; research problem and questions; use of libraries, literature search and review; developing a research plan; research data collection methods, analysis and interpretation; project report writing and presentations; and inventions and patents. This book is ideal for engineering undergraduate and postgraduate students and/or first-time or novice researchers and academics intending to launch their research studies and careers.
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