Titlebook: State of the Art and Future Trends in Material Modeling; Holm Altenbach,Andreas Öchsner Book 2019 Springer Nature Switzerland AG 2019 effi

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Advanced Numerical Models for Predicting the Load and Environmentally Dependent Behaviour of Adhesigh mechanical performance is a required. However, the design process and strength prediction methods for bonded joints is still a topic where intensive research is being carried out, especially when taking into consideration the recent advances in adhesive formulations. Several methods, both analyti

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A Short Review of Electromagnetic Force Models for Matter - Theory and Experimental Evidence,al identities of vector calculus. Therefore, the obtained equations are not “newresults” but rather identities having the form of a balance law. However, there is some degree of freedom, (a) during construction of a particular identity and (b) for the choice of the to-be-balanced quantity, the non-c

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Extreme Yield Figures for Universal Strength Criteria,ld figures as convexity limits. The novel criterion is derived phenomenologically exploiting geometrical properties of yield surfaces in principal stress space. It is systematically compared with known yield criteria using different forms of visualization. Using a .1 - substitution the criterion is

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Additive Manufacturing: A Review of the Influence of Building Orientation and Post Heat Treatment olized additive manufacturing technique for metal processing. The ability to create futuristic designs and non-standard topology-optimized structures is one of the biggest advantages of additive manufacturing. On the other hand, one of the major challenges is to account for the anisotropic and inhomo

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Efficient Numerics for the Analysis of Fibre-reinforced Composites Subjected to Large Viscoplastic ical soft tissues like blood vessels and heart valves as well as their artificial substitutes can be idealized as fibre-reinforced composites as well. Therefore, there is a growing demand for sufficiently accurate and numerically efficient modelling approaches which can reproduce the mechanical beha

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An Artificial Intelligence-based Hybrid Method for Multi-layered Armour Systems,dominant energy dissipation mechanisms. The design process is often costly and inefficient due to the number of these unknowns and to the cost of necessary steps such as laboratory testing and numerical modelling. In this chapter the authors propose a hybrid method that significantly increases the e

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A Review on Numerical Analyses of Martensitic Phase Transition in Mono and Polycrystal Transformatiductility and toughness. Thus, the mechanical responses including the SIMT are significantly important for an engineering design of the materials with microstructural predictions. It is proven that length scales such as a grain size of the parent phase influence the deformation behavior of TRIP stee