Siegfried Schmauder – författare

Quality Analysis of Additively Manufactured Metals: Simulation Approaches, Processes, and Microstructure Properties provides readers with a firm understanding of the failure and fatigue processes of additively manufactured metals. With a focus on computational methods, the book analyzes the process-microstructure-property relationship of these metals and how it affects their quality while also providing numerical, analytical, and experimental data for material design and investigation optimization. It outlines basic additive manufacturing processes for metals, strategies for modeling the microstructural features of metals and how these features differ based on the manufacturing process, and more.Improvement of additively manufactured metals through predictive simulation methods and microdamage and micro-failure in quasi-static and cyclic loading scenarios are covered, as are topology optimization methods and residual stress analysis techniques. The book concludes with a section featuring case studies looking at additively manufactured metals in automotive, biomedical and aerospace settings.- Provides insights and outlines techniques for analyzing why additively manufactured metals fail and strategies for avoiding those failures- Defines key terms and concepts related to the failure analysis, quality assurance and optimization processes of additively manufactured metals- Includes simulation results, experimental data and case studies

Quality Analysis of Additively Manufactured Metals: Simulation Approaches, Processes, and Microstructure Properties provides readers with a firm understanding of the failure and fatigue processes of additively manufactured metals. With a focus on computational methods, the book analyzes the process-microstructure-property relationship of these metals and how it affects their quality while also providing numerical, analytical, and experimental data for material design and investigation optimization. It outlines basic additive manufacturing processes for metals, strategies for modeling the microstructural features of metals and how these features differ based on the manufacturing process, and more.Improvement of additively manufactured metals through predictive simulation methods and microdamage and micro-failure in quasi-static and cyclic loading scenarios are covered, as are topology optimization methods and residual stress analysis techniques. The book concludes with a section featuring case studies looking at additively manufactured metals in automotive, biomedical and aerospace settings. Provides insights and outlines techniques for analyzing why additively manufactured metals fail and strategies for avoiding those failures Defines key terms and concepts related to the failure analysis, quality assurance and optimization processes of additively manufactured metals Includes simulation results, experimental data and case studies

This book presents current spatial and temporal multiscaling approaches of materials modeling. Recent results demonstrate the deduction of macroscopic properties at the device and component level by simulating structures and materials sequentially on atomic, micro- and mesostructural scales. The book covers precipitation strengthening and fracture processes in metallic alloys, materials that exhibit ferroelectric and magnetoelectric properties as well as biological, metal-ceramic and polymer composites. The progress which has been achieved documents the current state of art in multiscale materials modelling (MMM) on the route to full multi-scaling. Contents:Part I: Multi-time-scale and multi-length-scale simulations of precipitation and strengthening effectsLinking nanoscale and macroscaleMultiscale simulations on the coarsening of Cu-rich precipitates in α-Fe using kinetic Monte Carlo, Molecular Dynamics, and Phase-Field simulationsMultiscale modeling predictions of age hardening curves in Al-Cu alloysKinetic Monte Carlo modeling of shear-coupled motion of grain boundariesProduct Properties of a two-phase magneto-electric compositePart II: Multiscale simulations of plastic deformation and fractureNiobium/alumina bicrystal interface fractureAtomistically informed crystal plasticity model for body-centred cubic ironFE2AT ・ finite element informed atomistic simulationsMultiscale fatigue crack growth modeling for welded stiffened panelsMolecular dynamics study on low temperature brittleness in tungsten single crystalsMulti scale cellular automata and finite element based model for cold deformation and annealing of a ferritic-pearlitic microstructureMultiscale simulation of the mechanical behavior of nanoparticle-modified polyamide compositesPart III: Multiscale simulations of biological and bio-inspired materials, bio-sensors and compositesMultiscale Modeling of Nano-BiosensorsFinite strain compressive behaviour of CNT/epoxy nanocompositesPeptide・zinc oxide interaction

This book presents current spatial and temporal multiscaling approaches of materials modeling. Recent results demonstrate the deduction of macroscopic properties at the device and component level by simulating structures and materials sequentially on atomic, micro- and mesostructural scales. The book covers precipitation strengthening and fracture processes in metallic alloys, materials that exhibit ferroelectric and magnetoelectric properties as well as biological, metal-ceramic and polymer composites. The progress which has been achieved documents the current state of art in multiscale materials modelling (MMM) on the route to full multi-scaling.

Contents:Part I: Multi-time-scale and multi-length-scale simulations of precipitation and strengthening effectsLinking nanoscale and macroscaleMultiscale simulations on the coarsening of Cu-rich precipitates in α-Fe using kinetic Monte Carlo, Molecular Dynamics, and Phase-Field simulationsMultiscale modeling predictions of age hardening curves in Al-Cu alloysKinetic Monte Carlo modeling of shear-coupled motion of grain boundariesProduct Properties of a two-phase magneto-electric compositePart II: Multiscale simulations of plastic deformation and fractureNiobium/alumina bicrystal interface fractureAtomistically informed crystal plasticity model for body-centred cubic ironFE2AT ・ finite element informed atomistic simulationsMultiscale fatigue crack growth modeling for welded stiffened panelsMolecular dynamics study on low temperature brittleness in tungsten single crystalsMulti scale cellular automata and finite element based model for cold deformation and annealing of a ferritic-pearlitic microstructureMultiscale simulation of the mechanical behavior of nanoparticle-modified polyamide compositesPart III: Multiscale simulations of biological and bio-inspired materials, bio-sensors and compositesMultiscale Modeling of Nano-BiosensorsFinite strain compressive behaviour of CNT/epoxy nanocompositesPeptide・zinc oxide interaction

This book presents current spatial and temporal multiscaling approaches of materials modeling. Recent results demonstrate the deduction of macroscopic properties at the device and component level by simulating structures and materials sequentially on atomic, micro- and mesostructural scales. The book covers precipitation strengthening and fracture processes in metallic alloys, materials that exhibit ferroelectric and magnetoelectric properties as well as biological, metal-ceramic and polymer composites. The progress which has been achieved documents the current state of art in multiscale materials modelling (MMM) on the route to full multi-scaling.

Contents:Part I: Multi-time-scale and multi-length-scale simulations of precipitation and strengthening effectsLinking nanoscale and macroscaleMultiscale simulations on the coarsening of Cu-rich precipitates in α-Fe using kinetic Monte Carlo, Molecular Dynamics, and Phase-Field simulationsMultiscale modeling predictions of age hardening curves in Al-Cu alloysKinetic Monte Carlo modeling of shear-coupled motion of grain boundariesProduct Properties of a two-phase magneto-electric compositePart II: Multiscale simulations of plastic deformation and fractureNiobium/alumina bicrystal interface fractureAtomistically informed crystal plasticity model for body-centred cubic ironFE2AT ・ finite element informed atomistic simulationsMultiscale fatigue crack growth modeling for welded stiffened panelsMolecular dynamics study on low temperature brittleness in tungsten single crystalsMulti scale cellular automata and finite element based model for cold deformation and annealing of a ferritic-pearlitic microstructureMultiscale simulation of the mechanical behavior of nanoparticle-modified polyamide compositesPart III: Multiscale simulations of biological and bio-inspired materials, bio-sensors and compositesMultiscale Modeling of Nano-BiosensorsFinite strain compressive behaviour of CNT/epoxy nanocompositesPeptide・zinc oxide interaction

The strength of metallic materials determines the usability and reliability of all the machines, tools and equipment around us. Yet, the question about which mechanisms control the strength and damage resistance of materials and how they can be optimised remains largely unanswered. How do real, heterogeneous ma- rials deform and fail? Why can a small modification of the microstructure increase the strength and damage resistance of materials manifold? How can the strength of heterogeneous materials be predicted? The purpose of this book is to present different experimental and computational analysis methods of micromechanics of damage and strength of materials and to demonstrate their applications to various micromechanical problems. This book summarizes at a glance some of the publications of the Computational Mechanics Group at the IMWF/MPA Stuttgart, dealing with atomistic, micro- and meso- chanical modelling and experimental analysis of strength and damage of metallic materials. In chapter 1, the micromechanisms of damage and fracture in different groups of materials are investigated experimentally, using direct observations and inverse analysis. The interaction of microstructural elements with the evolving damage is studied in these experiments. Chapter 2 presents different approaches to the - cromechanical simulation of composite materials: embedded unit cells, multiphase finite elements and multiparticle unit cells. Examples of the application of these models to the analysis of deformation and damage in different materials are given. Chapter 3 deals with the methods of numerical modelling of damage evolution and crack growth in heterogeneous materials.

The strength of metallic materials determines the usability and reliability of all the machines, tools and equipment around us. Yet, the question about which mechanisms control the strength and damage resistance of materials and how they can be optimised remains largely unanswered. How do real, heterogeneous ma- rials deform and fail? Why can a small modification of the microstructure increase the strength and damage resistance of materials manifold? How can the strength of heterogeneous materials be predicted? The purpose of this book is to present different experimental and computational analysis methods of micromechanics of damage and strength of materials and to demonstrate their applications to various micromechanical problems. This book summarizes at a glance some of the publications of the Computational Mechanics Group at the IMWF/MPA Stuttgart, dealing with atomistic, micro- and meso- chanical modelling and experimental analysis of strength and damage of metallic materials. In chapter 1, the micromechanisms of damage and fracture in different groups of materials are investigated experimentally, using direct observations and inverse analysis. The interaction of microstructural elements with the evolving damage is studied in these experiments. Chapter 2 presents different approaches to the - cromechanical simulation of composite materials: embedded unit cells, multiphase finite elements and multiparticle unit cells. Examples of the application of these models to the analysis of deformation and damage in different materials are given. Chapter 3 deals with the methods of numerical modelling of damage evolution and crack growth in heterogeneous materials.

The strength of metallic materials determines the usability and reliability of all the machines, tools and equipment around us. Yet, the question about which mechanisms control the strength and damage resistance of materials and how they can be optimised remains largely unanswered. How do real, heterogeneous ma- rials deform and fail? Why can a small modification of the microstructure increase the strength and damage resistance of materials manifold? How can the strength of heterogeneous materials be predicted? The purpose of this book is to present different experimental and computational analysis methods of micromechanics of damage and strength of materials and to demonstrate their applications to various micromechanical problems. This book summarizes at a glance some of the publications of the Computational Mechanics Group at the IMWF/MPA Stuttgart, dealing with atomistic, micro- and meso- chanical modelling and experimental analysis of strength and damage of metallic materials. In chapter 1, the micromechanisms of damage and fracture in different groups of materials are investigated experimentally, using direct observations and inverse analysis. The interaction of microstructural elements with the evolving damage is studied in these experiments. Chapter 2 presents different approaches to the - cromechanical simulation of composite materials: embedded unit cells, multiphase finite elements and multiparticle unit cells. Examples of the application of these models to the analysis of deformation and damage in different materials are given. Chapter 3 deals with the methods of numerical modelling of damage evolution and crack growth in heterogeneous materials.

This book provides a comprehensive reference for the studies of mechanical properties of materials over multiple length and time scales. The topics include nanomechanics, micromechanics, continuum mechanics, mechanical property measurements, and materials design. The handbook employs a consistent and systematic approach offering readers a user friendly reference ideal for frequent consultation. It is appropriate for an audience at of graduate students, faculties, researchers, and professionals in the fields of Materials Science, Mechanical Engineering, Civil Engineering, Engineering Mechanics, and Aerospace Engineering.