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• W927882595 abstract "The thematic issue on BAdvanced Modeling and Innovative Processes^ is a result of a kind invitation from the Editorial Board of the International Journal of Material Forming. Therefore, the Invited Editors would like to acknowledge the Editorial Board, in the person of the Editor-in-Chief Prof. Francisco Chinesta, the ESAFORMAssociation, in the person of its President Prof. Dorel Banabic and, last but not least, Springer Editions for this great opportunity. The idea of this thematic issue is to give a summary (but comprehensive) overview of the most recent and diversified topics in the field of advanced modeling techniques, when directly applied to innovative processes. One of the main challenges of Engineering, in general aspects, is to provide a link between fundamental mathematical/physical concepts and industrial applications, leading to economic development as well as scientific one. This thematic issue is devoted to this landmark. The contributions chosen to be included in the present thematic issue try to provide, as mentioned, a wide variety of examples where this link can be achieved. For instance, polymer crystallization phenomena are dealt with and simulated by means of numerical techniques including multi-scale effects. In other publication, also dealing with constitutive modeling, nonquadratic anisotropic criteria are considered for the correct simulation of metallic alloys. In order to achieve a higher level of efficiency in the numerical algorithms to be used in industrial applications, procedures for obtaining equivalent parameters from different yield criteria and hardening laws are studied and analyzed in another contribution. Directly related to industrial applications and constantly seeking for efficient, real-time computations, another contribution proposes innovative ways to choose optimum tool paths for incremental forming processes, based on sequencing and multi-step mesh morphing procedures. From the point of view of reliability and robustness of numerical simulation results, the thematic issue presents a paper dealing with an inevitable nonlinearity in forming processes: contact modeling, and its influence in results as coming from early stage decisions on the way to properly describe tools’ surfaces. Also related to metal forming tools, another contribution deals with and presents a set of experimental setups able to properly investigate the wear of coatings, with results that can provide valuable insights into process simulation techniques, afterwards. Another analysis of coatings’ wear, but this time applied to turning operations, is given in another contribution, widening the range of applications included in this thematic issue. Modeling and numerical analysis should also rely, when possible, on inverse techniques and optimization and a contribution is included in this issue dealing with an integrated approach for the SHPB test and ranging from numerical to experimental analysis. Another relevant field of study in the processes’ modeling is the prediction of crack initiation and, subsequently, the monitoring of its growth. This topic is seen in a contribution dealing with FSW joining/processing techniques and the analysis of process parameters in the appearance of fracture zones and crack propagation. Finally, and also with the goal to widen the range of * Robertt Valente robertt@ua.pt" @default.
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• W927882595 title "Thematic issue: Advanced modeling and innovative processes" @default.
• W927882595 doi "https://doi.org/10.1007/s12289-015-1250-y" @default.
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