In order to explore a new method for the explosive welding of aluminum alloy to steel, a 5083 aluminum alloy plate and a Q345 steel plate with dovetail grooves were respectively employed as the flyer and base plates. The parameters adopted in the explosive welding
In order to explore a new method for the explosive welding of aluminum alloy to steel, a 5083 aluminum alloy plate and a Q345 steel plate with dovetail grooves were respectively employed as
Read on explosive welding of aluminum alloy to steel with dovetail on DeepDyve, the largest online rental service for scholarly research with thousands of academic publications available at your
Han et al. (2003) investigated the joining between aluminium alloy and steel explosive welding, but the effect of reversing the positioning of the plates on the weldability was not studied. Marya et al. (2005) analysed the joining of aluminium with several alloys
In the literature, such methods have been applied to various problems including high-speed impacts and penetration of steel explosive welding of aluminum high-speed machining of steel
This paper presents the first extensive research on secondary hazards and welding quality of a nover explosive welding technique, where colloidal water is
method in the LS-DYNA 12.0 finite element program was adopt to simulate the process of two-layer steel explosive welding. Steel 3, AD1, aluminum and aluminum alloy
The common composite plates made by explosive welding often have steel cuttings, holes, cracks and other defects at the interface, which make the component premature failure. Friction stir processing (FSP) can make the microstructures stirred
Fig. The microstructur e of the (a) high strength low alloy steel to aluminum and (b) aluminum to dua l phase steel welded b y the explosive welding and
In the process of explosive welding, the impact of two plates is accompanied, as a rule, by a stationary periodic process leading to a characteristic modulating waved interface (see fig. 11.22).All the important events take place in the vicinity of point A, which runs behind the detonation front (see fig.
Read welding of aluminum to analysis, computations and experiments, International Journal of Impact on DeepDyve, the largest online rental service for scholarly research with thousands of academic publications available at
Aluminum alloy-aluminum-steel transition joints were produced by welding the explosive cladding plates. The bonding interface configuration and property were investigated and tested after welding. The effects of welding technology on
Various aluminum alloys and stainless steel were explosively welded using a thin stainless steel intermediate plate inserted between the aluminum alloy driver and stainless steel base plates. At first, the velocity change of the driver plate with flying distance is calculated using finite- difference analysis. Since the kinetic energy lost by collision affects the amount of the fused layer
A large number of aluminium-copper explosive welds were produced under different welding conditions to perform a broad analysis of the weldability of this combination. The influence of the explosive mixture and the relative positioning of the plates on the welding results were analysed. When the aluminium alloy is positioned as the flyer plate, continuous interfacial melting occurred
EXPLOSIVE WELDING OF ALUMINUM, TITANIUM AND ZIRCONIUM TO COPPER SHEET METAL Abdel-Aziz Hegazy* Helwan University Helwan, Cai ro, Egypt Jim D. Mote Chemical and Materi a1 s Sciences Research Institute Uni versi ty of
Fig. The microstructur e of the (a) high strength low alloy steel to aluminum and (b) aluminum to dua l phase steel welded b y the explosive welding and
In the process of explosive welding, the impact of two plates is accompanied, as a rule, by a stationary periodic process leading to a characteristic modulating waved interface (see fig. 11.22).All the important events take place in the vicinity of point A, which runs behind the detonation front (see fig.
Explosive welding is achieved by the application of pressure, released from explosives, sufficient to cause large plastic deformation at the interface of dissimilar metals being welded. This study addresses the analytical estimation of the weldability domain for
Another coating method for welding aluminum to steel, called brazing, involves coating the steel surface with silver solder and then welding them together using aluminum filler alloy. Please note that neither of these coating-type joint methods are typically depended on for full mechanical strength and are usually used for sealing purposes
Friction Welding to Join Stainless Steel and Alumin um Materials 55 Figure.1 basic steps in friction welding Vill, Kinley and Fomichev studied friction welding set-up and
Explosive welding of AW5754 aluminum alloy to AZ31B magnesium alloy was performed. AW5754 was proposed as a flyer plate. A parallel setup was used during explosive welding. The annealing of composite plate at 250, 300 and 350 C for 2, 3
Abstract Various aluminum alloys and stainless steel were explosively welded using a thin stainless steel intermediate plate inserted between the aluminum alloy driver and stainless steel base plates. Hokamoto, K., Fujita, M., and Izuma, T. New explosive welding
EXPLOSIVE WELDING OF ALUMINUM, TITANIUM AND ZIRCONIUM TO COPPER SHEET METAL Abdel-Aziz Hegazy* Helwan University Helwan, Cai ro, Egypt Jim D. Mote Chemical and Materi a1 s Sciences Research Institute Uni versi ty of
explosive welding friction stir welding laser 12, pulse welding and laser pulse welding are the typical welding processes that have been applied up to now to join different grades of the steels to the aluminum
Abstract Various aluminum alloys and stainless steel were explosively welded using a thin stainless steel intermediate plate inserted between the aluminum alloy driver and stainless steel base plates. At first, the velocity change of the driver plate with flying distance
The common composite plates made by explosive welding often have steel cuttings, holes, cracks and other defects at the interface, which make the component premature failure. Friction stir processing (FSP) can make the microstructures stirred
The alloys used in the explosive welding process are taken into account for the purpose of establishment of two-part tube, 321 austenitic steel and 1230 aluminum alloy which their chemical compound has been shown in Table 2. 321 austenitic
An analysis is made of the main kinematic parameters that determine the beginning of weld formation near the lower boundary of the region of explosion welding. The welding of aluminum with steel is considered. The paper reports experimental results for the flow of
The Explosive Welding Process Explosively Bonded Metals Applications Weld Transitions E xplosively bonded metals can be used as weldable transitions between two dissimilar metals. For example, an explosively bonded strip of aluminum and stainless
Dissimilar Metal Joining of Zinc Coated Steel and Aluminum Alloy by Laser Roll Welding 37 called as GI, and hot-dip galvannealed steel, hereafter, called as GA, respectively. dimension of zinc coated steel sheets were 125 x 180 x 0.55 mm and that of