Intelligent processing and development of high-performance automotive aluminum alloys: Application of physics-based and data-driven modeling
M Zhou, S Gharavian, A Birchall, A Alizadeh… - … Lightweight and High …, 2024 - Elsevier
Drawing from recent developments in data analytics, machine learning, and computational
capacity, this chapter aims to review different modeling approaches to support the …
capacity, this chapter aims to review different modeling approaches to support the …
Microstructural Evolution in a 6060 Extrudable Al-Alloy: Integrated Modeling and Experimental Validation
Desirable properties including strength, ductility and extrudability of 6060 Al-alloys are
highly dependent on processing to control the development of microstructural features. In …
highly dependent on processing to control the development of microstructural features. In …
Modeling of microstructural evolution during processing of aluminum alloys
B Radhakrishnan, G Sarma… - Handbook of Aluminum, 2003 - taylorfrancis.com
Significant microstructural changes occur during commercial thermomechanical processing
of aluminum alloys. In the so-called non-heat-treatable alloys comprising the 1xxx, 3xxx, and …
of aluminum alloys. In the so-called non-heat-treatable alloys comprising the 1xxx, 3xxx, and …
Precipitation kinetics and crystal plasticity modeling of artificially aged AA6061
An artificially aged AA6061 alloy was investigated at multiple heat treatment conditions with
monotonic tensile and cyclic shear testing to characterize the effect of precipitation on the …
monotonic tensile and cyclic shear testing to characterize the effect of precipitation on the …
Simulating microstructure evolution of realistic 3D aluminum alloy polycrystal during large plastic deformation at elevated temperature
J Lu - 2006 - dspace.rpi.edu
To expand the usage of aluminum alloys, it is desirable to lower the cost of aluminum
forming, which means getting the desired material properties efficiently. Since macro scale …
forming, which means getting the desired material properties efficiently. Since macro scale …
Multi-Scale Simulation of 6XXX Aluminum Alloy Based on Crystal Plasticity
XY ZHENG, X CHEN, ML HE, A HUANG, Y KONG… - Acta Metall Sin, 2024 - ams.org.cn
Abstract 6XXX age-strengthened aluminum alloys are extensively utilized across various
fields, including construction, engineering machinery, and transportation, owing to their low …
fields, including construction, engineering machinery, and transportation, owing to their low …
Crystal Plasticity Modelling of Localization in Precipitation Hardened AA6060
Precipitation hardened aluminum alloys are used extensively in the construction of vehicle
components and demand high fidelity models in order to simulate their complex precipitate …
components and demand high fidelity models in order to simulate their complex precipitate …
[引用][C] Integration of Physically Based Materials Concepts
M Crumbach, M Goerdeler, M Schneider… - … Scale Simulation of …, 2004 - Wiley Online Library
This chapter contains sections titled: Through‐process Modeling of Aluminum Alloy AA2024
from Solidification through Homogenization and Hot Rolling Through‐process Texture …
from Solidification through Homogenization and Hot Rolling Through‐process Texture …
Multiscale Model for Al–Li Material Processing Simulation Under Forging Conditions
LB Borkowski, A Staroselsky - Light Metals 2018, 2018 - Springer
Recent developments have produced a new generation of Al–Li alloys offering weight
savings while also providing other property benefits such as good strength and toughness …
savings while also providing other property benefits such as good strength and toughness …