Applications of multi-scale models to numerical simulation and experimental analysis of anisotropic elastoplastic behavior of metallic sheets
W Nasri, A Gavrus, A Kouadri-Henni… - Key Engineering …, 2014 - Trans Tech Publ
In this paper anisotropic mechanical behavior of AA2024 aluminum and Ti6Al4V titanium
alloys were studied using three different approaches: unified, multi-mechanism and …
alloys were studied using three different approaches: unified, multi-mechanism and …
Experimental and numerical study concerning the anisotropic behavior of an AA2024-T351 thick sheet using the unified formalism, a multi-mechanism model and a …
W Nasri, A Gavrus, A Kouadri-David… - CFM 2015-22ème Congrès …, 2015 - hal.science
The purpose of this work is to evaluate the anisotropic mechanical behavior of an AA2024-
T351 thick plate using three multi-scales approaches: a Macroscopic Unified formalism …
T351 thick plate using three multi-scales approaches: a Macroscopic Unified formalism …
Experimental characterization and numerical modeling of three-dimensional anisotropic behavior of a thick sheet aluminum alloy AA2024-T351 using multi-scale …
W Nasri, A Gavrus, A Kouadri-David… - WIT Transactions on The …, 2016 - books.google.com
The purpose of this work is to evaluate the anisotropic behaviour of an AA2024-T351 thick
plate using three different multi-scales approaches: a macroscopic unified model (based on …
plate using three different multi-scales approaches: a macroscopic unified model (based on …
[PDF][PDF] ANALYSIS OF ANISOTROPIC MODEL AND THE EFFECT OF FRICTION COEFFICIENT IN A STRETCH FORMING PROCESS APPLIED TO AA2024 THIN …
The deep drawing numerical simulation problem represents today an important interest for a
sheet forming engineering design. This paper presents the results of Finite Elements …
sheet forming engineering design. This paper presents the results of Finite Elements …