Books by Keyword: Alloy

Description: This special edition presents a collection of research dedicated to advanced materials and surface engineering technologies. The contributions emphasise the growing importance of materials with enhanced performance, durability, and multifunctionality for modern industrial and engineering applications. The presented edition is intended to serve as a valuable resource for researchers, engineers, and practitioners interested in modern materials science and engineering applications.

Description: The special edition contains articles on the practical applications of various conventional and non-conventional methods for modelling and numerical investigation of the mechanical properties and behaviour of structural materials under testing and technological processing. From empirical modelling and analysis of elastic-viscoplastic deformability to micromechanical modelling and the application of machine learning, the presented approaches provide valuable information for researchers and engineers in materials science, necessary for modernisation and the development of technological processes.

Description: Manufacturing and, more generally, implementing the strategies of the Circular Economy (CE) paradigm are among the most important targets. This special edition is designed to stimulate scientific debate and the development of technologies for the environmental sustainability of materials forming processes.

Description: Topics covered by this special edition include to: Development of new and optimization of existing forging and hot forming; mathematical description and parameterisation of flow, damage and fracture behaviour of new workpiece and tool materials; mathematical description and parameterisation of friction, heat transfer and wear in forging and rolling; development of numerical methods, formulations and algorithms for simulation of forging and rolling processes; validation of simulation models on industrial examples; computer-aided process control. Furthermore, the results of the Collaborative Research Centre 1153 on Tailored Forming are presented. This edition, without a doubt, will be of great benefit to the rich daily machinery engineers and researchers whose activities are related to metalworking.

Description: This special edition focuses on contributions that detail the results of new developments and provide a deeper understanding of incremental and sheet material forming processes. Research concerns the design of novel processes, in-process measurement techniques, innovative tooling, methods for the analysis and modelling of friction phenomena and methods for the optimisation, robust design and control of incremental and sheet forming processes, etc. The edition will be helpful for specialists in mechanical engineering.

Description: The main topics of this special edition are: mechanical fastening operations; joints based on friction welding; hybrid joining processes; innovative joining processes, including the forming or pre-forming of the materials to be joined; computational methods for joining process simulation; applications of inverse analysis to material characterisation in joining conditions, etc. The edition will be helpful for specialists in mechanical engineering.

Description: The special edition on Machining, Cutting, Blanking, and Severe Plastic Deformation (SPD) Processes highlights a broad spectrum of topics central to advanced manufacturing and material processing. It focuses on both experimental and numerical investigations aimed at enhancing the understanding of machining and plastic deformation mechanisms. Particular emphasis will be placed on accurate material characterisation and the formulation of robust constitutive models to predict material behaviour under extreme deformation conditions, such as those encountered in machining, cutting, and blanking. The edition also explores stress distribution in severe plastic deformation techniques such as burnishing and stir processing, and assesses their impact on mechanical performance. Critical aspects such as tool wear, frictional phenomena, and fracture mechanisms are also examined here. The book will be useful to those whose professional activities involve material processing in modern mechanical engineering.

Description: This special edition presents a collection of contributions addressing the formability of metallic materials, with particular attention to their capacity to undergo plastic deformation while minimising damage and defects in the final product. The mechanisms influencing forming processes, such as plastic flow localisation, fracture, and springback, are presented among other phenomena of interest. The contributions encompass experimental, theoretical, and numerical investigations aimed at advancing understanding of the interplay among material properties, mechanical and thermal loading conditions, and other environmental constraints that govern the formability of metallic materials. The edition will be of interest to many specialists in mechanical engineering.

Description: The aim of this special issue is to present recent developments and technological capabilities of additive manufacturing. Pre-processing, in-situ processing, and post-processing are important stages that impact the final properties of the produced parts. Experimental results, numerical modelling methods, data analytics, and optimisation of additive manufacturing processes are considered in this edition. The book will be helpful to researchers and practitioners in additive technologies.

Description: The main topics of this special issue devoted to development of new and optimisation of existing forging and rolling, mathematical description and parameterisation of flow, damage and fracture behaviour of new workpiece and tool materials, mathematical description and parameterisation of friction, heat transfer and wear in forging and rolling, development of numerical methods, formulations and algorithms for numerical simulation of forging and rolling processes, validation of simulation models on industrial examples, computer-aided process control. Furthermore, the results of the Collaborative Research Centre 1153 on Tailored Forming are presented here. The presented research results will be useful for many engineers and researchers whose activity is related to metal processing.