Mathematical Simulation of Clad Sheet Rolling and Sandtvich Sheet Holling
References (10)
Int. J. Mech. Sci.
(1973)J. JSTP
(1974)- NAKAJIMA, K., et al.: Proc. S-53 Spring Conf. of JSTP (Japan Society for Technology of Plasticity) (1978),...
J. Institute of Iron and Steel of Japan
(1987)J. Int. Mech. Engrs.
(1959)
Cited by (20)
Analyzing the accumulative roll bonding deformation zone behavior by FEM, upper bound, and experimental methods
2022, Journal of Manufacturing ProcessesCitation Excerpt :This method was initially introduced by Avitzur for analyzing simple rolling [32] considering a continuous velocity field and then it was improved by Avitzur and Pachla by considering a triangular velocity field [33,34]. Thereafter, the upper bound method was applied to analyze cladding, roll bonding, and sandwich rolling by Danesh-Manesh et al. [35,36], Pishbin et al. [37], Kiuchi et al. [38], Maleki et al. [39], and Haghighat [40]. Sheikh [41] and Serajzadeh [42] tried to improve the applicability of the upper bound method in the hot rolling process by combining finite element and upper bound methods.
Joining by forming - A review on joint mechanisms, applications and future trends
2014, Journal of Materials Processing TechnologyCitation Excerpt :Because the process of cold roll bonding is a widely applied technology in industry, numerical and analytical models are well developed. They are presented for instance in Kuichi et al. (1992) and Zhang and Bay (1996) Similar to roll bonding, (Engelhardt et al., 2012) describe that metallurgical joints can be achieved by bar extrusion.
A finite element framework for the evolution of bond strength in joining-by-forming processes
2014, Journal of Materials Processing TechnologyCitation Excerpt :This model was later extended by Lee and Lee (1991), so that a calculation of the strain distribution within the roll gap is possible. Kiuchi et al. (1992) proposed a model, which is derived from the upper bound theorem and predicts roll force, roll torque, velocity distributions and thickness reduction for both sheets to be joined. Based on the upper bound theorem, Manesh and Taheri (2005) proposed an analytical approach to calculate global process parameters for a tri-layer strip, which is based on earlier work of Avitzur and Pachla (1986).
Joining by plastic deformation
2013, CIRP Annals - Manufacturing TechnologyCitation Excerpt :A combination of base metals like alloys of copper, aluminium, nickel, iron and stainless steel with inlays of gold, silver, palladium and tin can be roll-bonded for connectors, lead frames and industrial electronics [135]. Mathematical modelling of material flow, stresses and strains in multilayer roll bonding of dissimilar materials has been carried out by Kiuchi et al. [111] and Steinlage et al. [175] for applications such as thermostat metals, electronic contacts, aluminium aircraft panels, electronic motor and relay contacts. Lap joining by local indentation in the two plates or bars to be welded is a common cold welding operation, normally carried out by small tool indentation.
Proposal of bond criterion for hot roll bonding and its application
2011, Materials and DesignCitation Excerpt :During hot roll bonding, plastic deformation of the base metal plates is a key factor to create the bond. Several methods have been used to analyze stress and strain distribution during roll bonding process, such as including the stream function method and the upper bound theorem [10], the extended upper bound theorem [11], the upper bound theorem [12], finite element method [13–15], and the slab method [16–18]. The bond mechanisms include the film theory [19,20], Bay’s theory [21], the energy barrier theory [20], and the joint recrystallization theory [22].
Microstructure; bonding strength and thickness ratio of Al/Mg/Al alloy laminated composites prepared by hot rolling
2011, Materials Science and Engineering: ACitation Excerpt :It was reported in our prior work [11] that mechanical properties of the 7075 Al/Mg–12Gd–3Y–0.5Zr Mg/7075 Al laminated composite depend on the thickness fraction of the aluminum alloy component, but effects of rolling parameters on the thickness fractions of constituent layers after hot rolling were not studied. Therefore, it is necessary to control thickness fractions of the constituent layers in a laminated composite and it is important to study thickness fractions of the constituent layers after hot rolling [19–25]. In prior work, 7075 Al/Mg–12Gd–3Y–0.5Zr Mg/7075 Al laminated composite was prepared by hot roll bonding method [11].