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A dislocation-driven based continuum damage mechanism (CDM) material model for aluminium alloys at elevated temperatures was used to model the viscoplastic behaviour during deformation.
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The model used is based on the kinetics of dissolution of precipitates model for hardened aluminium alloys given by Myhr and Grong (1991).
Liu et al. (2017) applied the composite damage model and elastic plastic material model for filled aluminium honeycomb core to predict the crushing and bending responses where the failure process for both responses were well simulated when compared to experimental measurements.
A mathematical model for simulating a passive aluminium (Al) surface with a pit in which active electrochemical metal dissolution occurs has been developed.
A constitutive model and a fatigue criterion for aluminium alloys are proposed to estimate the piston lifetime under severe cyclic loading.
A comprehensive numerical model of the hot extrusion process for aluminium alloys has been developed and validated.
Based on a parametric study with the finite element model, it is concluded that the simple calculation model for flexural buckling of fire exposed aluminium columns in EN 1999-1-2 does not give an accurate prediction of the buckling resistance in fire.
The model for the mechanical properties developed is tested on aluminium samples.Many salient features of the mechanical properties of the aluminium samples are revealed.
Although nearly 75% of all aluminium produced since 1888 is still in use today, demand continues for new sources of bauxite, the raw material for aluminium.
We have used aluminium nitrate and aluminium chloride as precursors for aluminium doping.
Chromium is an important alloying element for aluminium melts.
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