£59.99
£59.99
This book features a new concept: short-duration cyclic destabilization of chromium white cast irons. This unique method achieves high hardness with good impact toughness and the best ever wear resistance, a major advance over traditional long-duration destabilization processes.
This book uniquely features a new concept and idea on short duration (~2.6 hours) cyclic destabilization of as-cast chromium white cast irons in order to achieve microstructures, leading to high hardness with good impact toughness, and subsequent generation of best ever wear resistance. Thus, it differs from all old and existing books or published articles, where mention of long duration (4 – 6 hours) continuous destabilization of as-cast alloys has been made to produce commercial grade wear-resistant chromium white cast irons. Besides, the book presents various aspects on Physical Metallurgy of chromium white cast irons, involving the concerned phase diagrams, phase transformations, and experimental techniques used for characterizing microstructures and properties of as-cast and destabilized alloys.
Predict the effects of external fields on the structure and solubility of polymer systems. This book’s methods connect phase diagram shifts with macromolecule size changes, helping you build phase diagrams for use in polymer processing.
Devoting itself to the calculation of the accuracy of measurements of fundamental physical constants, this book formulates an a priori interaction between the level of a detailed description of a material object and the lowest uncertainty in measuring a physical constant.
At present, the use of polymer composites filled with wood (WPC) is becoming increasingly popular. This book describes the basic physical and mechanical properties of modern WPC and the influence of climatic factors on its performance properties, amongst other important aspects.
This book covers Pulsed-Electrochemical Honing (PECH), a hybrid finishing process for intricate components like gears. It details the fundamentals, parameters for finishing straight bevel gears, and recent developments in tools, technologies, controls, and operations.
As one of the biggest breakthroughs in medicine, 3D printing has become an integral part of healthcare. This book explores its growth and how it is improving patient care with better quality, customized designs, and lower costs, providing insight for researchers and students.
This book covers the synthesis of advanced nano-materials and layers by electrochemical methods. Applications are provided for fuel cells, batteries, photovoltaics, magnetic materials, and anticorrosion coatings. Surface treatments like anodization are also discussed.
Unlock the principles of materials science. Aimed at readers with undergraduate chemistry knowledge, this guide uses clear figures and formulae to explore the field, from the foundational elements to cutting-edge innovations.
This book covers the principles, types, and manufacturing of antistatic and conductive textile materials. Learn how they protect against charge dissipation and EMI, and discover their special applications as sensors, antennas, flexible heaters, and specialized apparel.
As pollution challenges drive research, this book reveals the science of selective adsorbents for heavy and precious metals. It offers a systematic guide to designing and optimizing these materials, combining theoretical knowledge with practical interdisciplinary applications.
This book presents research on the mathematical modelling of the blast furnace process. It describes models for gas dynamics, heat transfer, and reduction, detailing an analytical study method that complements experimental work. Includes solutions to practical smelting problems.
This text covers the fundamentals of physical metallurgy, emphasizing structure-property correlation. What is unique is its introduction of new concepts on heat treating steels—missing from existing books—providing new scope for academic research and industrial implementation.
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