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Meeting Materials Science & Technology 2019
Symposium Formability and Fracture of Metal Sheets
Presentation Title Mitigation of Edge Cracking during Accumulative Roll Bonding of Aluminum Alloys
Author(s) Brady NL McBride, Kester Clarke, Amy Clarke
On-Site Speaker (Planned) Brady NL McBride
Abstract Scope Accumulative roll bonding (ARB) is a novel severe plastic deformation (SPD) technique used to produce ultrafine-grained material through repeated stacking and roll bonding. This technique is advantageous over other SPD methods in that bulk samples can be produced for subsequent microstructural and mechanical property characterization. With the bulk production of submicron-sized grains in aluminum alloys, low temperature superplasticity has been proven possible in Al 5083 alloys. One of the major difficulties associated with ARB is the occurrence of edge cracking. Edge cracking can reduce the process yield, making it difficult to produce bulk samples. This work explores the root cause of edge cracking during accumulative roll bonding and identifies methods to prevent its occurrence.
Proceedings Inclusion? Definite: At-meeting proceedings


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Anisotropic and Time-dependent Continuum Damage Coupled Plasticity Model for Predicting Ductile Fracture of AA 6xxx
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Distortional Anisotropic Hardening Model for Describing Complex Bauschinger and Transient Effects in Metal Forming Simulations
Edge Stretchability of Hot Rolled High-strength Low-alloy Steel
Effect of Ultrasonic-assisted Two-point Incremental Sheet Forming (UA-TPIF) on Surface Finish
Mechanical Behavior of Ni and Cr added Bainite/ Martensite Multiphase Steels
Mitigation of Edge Cracking during Accumulative Roll Bonding of Aluminum Alloys
P3-90: Prediction Method of Voids Distribution in the Punched Surface of the Spheroidizing Annealed Medium Carbon Steel Sheet by the Scrap
Stress-strain Response in the Early Stage of Hydraulic Bulge Testing
Study of GP-zone/MgZn2 Precipitation Coupled with Deformation in Al-Zn-Mg-Cu to Overcome the Strength-ductility Paradox
The Influence of Phase Constituents on Hole Expansion Capacity of Multi-phase Steels

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