Titlebook: High-Performance Ferrous Alloys; Radhakanta Rana Book 2021 Springer Nature Switzerland AG 2021 Novel Steels.Steel Processing.Ferrous Alloy

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https://doi.org/10.1007/978-3-030-53825-5Novel Steels; Steel Processing; Ferrous Alloys; Steel Microstructures; Alloy Design; Low Carbon Steels; Hi

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Thermodynamics and Phase Equilibria of Iron-Base Systems,s the CALPHAD method, paved way to establish phase diagrams of even complex materials efficiently and reliably. Gibbs energy modelling is the central theme of the CALPHAD method. A brief account of the Gibbs energy models for phases relevant to ferrous systems are discussed. Examples of computed pha

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Microalloyed Steels,se, one of the most widely used material worldwide. The introduction part deals with the origin of the microalloying concept, and subsequently, the roles of different microalloying elements in terms of dissolution and precipitation have been discussed at length. The importance of addition of element

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Advanced High-Strength Sheet Steels for Automotive Applications, These AHSS exhibit superior strength and ductility/formability as compared to mild steels or high-strength fully martensitic steels. A variety of microstructural concepts and associated alloying and processing routes have been pursued in AHSS development to include dual-phase, transformation-induce

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Low-Density Steels,e steels, are currently revisited due to two reasons. From an engineering point of view, the specific weight of the steels is reduced when a large amount of light element Al is added, resulting in the so-called low-density or lightweight steels. From an academic point of view, the metallurgical theo

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High-Modulus Steels,l applications. This new class of high-performance ferrous alloys is created by blending low-density and stiff particles into strong, tough and ductile steel matrices, resulting in composite steels. However, aiming to improve the physical properties (stiffness and density) without sacrificing the me

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