Keywords: جوشکاری انفجاری; Explosive welding; Clad plate; ITER; Nuclear fusion;
مقالات ISI جوشکاری انفجاری (ترجمه نشده)
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Keywords: جوشکاری انفجاری; Copper-steel composite; Explosive welding; EBSD; Nanoindentation; Microindentation;
Keywords: جوشکاری انفجاری; Intermetallic phases; Interfacial characterisation; Explosive welding; Weldability; Steel-toâaluminium welding;
Keywords: جوشکاری انفجاری; Copper-steel composite; Explosive welding; Cooling stave; Blast furnace; EBSD; Nanoindentation; Microindentation;
Keywords: جوشکاری انفجاری; Interface phenomena; Intermetallic phases; Dissimilar welding; Solid-state processes; Explosive welding; Weldability.;
Keywords: جوشکاری انفجاری; Explosive welding; Ta/stainless steel clad; Amorphous and nanograins; SEM; TEM; Synchrotron radiation;
Keywords: جوشکاری انفجاری; Explosive welding; explosive ratio; copper; aluminium; intermetallic phases;
Keywords: جوشکاری انفجاری; clad sheet; explosive welding; interface; TEM; intermetallic compounds;
Keywords: جوشکاری انفجاری; explosive welding; interface morphology; fractal dimensions; quantitative characterization;
Keywords: جوشکاری انفجاری; Explosive welding; Welding window; Lower limit law; Cladding plate; Bonding interface;
Keywords: جوشکاری انفجاری; Surface topography; Explosive welding; Drilling process; Mechanical surface; Electromagnetic surface;
Keywords: جوشکاری انفجاری; Explosive welding; Cooling rates; Metastable structures; Dissimilar materials;
Keywords: جوشکاری انفجاری; Explosive welding; Intermetallics; Nanoindentation; Smoothed Particle hydrodynamic;
Keywords: جوشکاری انفجاری; Explosive welding; Armour materials; Ballistic velocity limit; Bulge depth; Charpy impact test;
Keywords: جوشکاری انفجاری; Explosive welding; Aluminium; Copper; Interface phenomena; Intermetallic compounds;
Keywords: جوشکاری انفجاری; Copper; Explosive compaction; Explosive welding; Uni-directional porous metal; Mechanical properties
Keywords: جوشکاری انفجاری; explosive welding; bending; fatigue crack growth; joint;
Keywords: جوشکاری انفجاری; Explosive welding; Drilling process; Clad material; Design of drilling tools; Cutting forces
Keywords: جوشکاری انفجاری; Explosive welding; Intermetallics; Titanium; Aluminum;
Keywords: جوشکاری انفجاری; Medium-carbon steel; Low-carbon steel; Transmission electron microscopy; Explosive welding; Severe plastic deformation;
Keywords: جوشکاری انفجاری; Explosive welding; Explosive ratio; Explosive sensitizers; Weld morphology; Intermetallic phases; Tensile-shear strength;
Keywords: جوشکاری انفجاری; Bulk metallic glass; Thick-walled cylinder technique; Explosive welding; Diffusion; Shock wave;
Keywords: جوشکاری انفجاری; Explosive welding; Underwater shock wave; Numerical simulation; Interlayer; Kinetic energy; Weldability window;
Keywords: جوشکاری انفجاری; Explosive welding; Energy balance; Plastic deformation;
Keywords: جوشکاری انفجاری; Explosive welding; Dovetail grooves; Metallurgical bonding; Meshing; Bonding strength;
Keywords: جوشکاری انفجاری; Explosive welding; Non-explosive impact bonding; Clad composite
Keywords: جوشکاری انفجاری; High-energy-rate forming; Explosive compaction; Explosive welding; Porous material; Uni-directional porous metal;
Keywords: جوشکاری انفجاری; Inconel625; Hollow structural component; Explosive welding; Interface
Keywords: جوشکاری انفجاری; Hydrogen energy; Explosive welding; Metal bonding
Keywords: جوشکاری انفجاری; High-energy-rate forming aluminum; Explosive compaction; Explosive welding; Porous metal; Unidirectional porous structure;
The intermetallics growth at the interface of explosively welded A1050/Ti gr. 2/A1050 clads in relation to the explosive material
Keywords: جوشکاری انفجاری; Titanium; Aluminum; Explosive welding; Intermetallic; Heat treatment;
Interfacial evolution of explosively welded titanium/steel joint under subsequent EBW process
Keywords: جوشکاری انفجاری; Titanium alloy; Mild steel; Explosive welding; Electron beam welding; Tensile strength; Residual stress;
Residual stresses distribution, correlated with bending tests, within explosively welded Ti gr. 2/A1050 bimetals
Keywords: جوشکاری انفجاری; Explosive welding; Aluminum; Titanium; Bending; SEM/EBSD; Residual stress;
Fatigue crack growth analysis in Al/Ti layered material in ambient and cryogenic conditions
Keywords: جوشکاری انفجاری; explosive welding; layered material; AA2519; Ti6Al4V; fatigue; crack growth; cryogenic conditions;
Forging of Mg/Al bimetallic handle using explosive welded feedstock
Keywords: جوشکاری انفجاری; Mg/Al bimetallic bars; Explosive welding; Forging; Corrosion resistance;
Investigation of explosive welding through whole process modeling using a density adaptive SPH method
Keywords: جوشکاری انفجاری; Smoothed particle hydrodynamics; Explosive welding; Wavy morphology; Numerical weldability window; Effective explosive charge;
Influence of multi-pass rolling and subsequent annealing on the interface microstructure and mechanical properties of the explosive welding Mg/Al composite plates
Keywords: جوشکاری انفجاری; Explosive welding; Mg/Al composite plates; Multi-pass rolling; Annealing; Mechanical properties;
Growth kinetics of TiAl3 phase in annealed Al/Ti/Al explosively welded clads
Keywords: جوشکاری انفجاری; Welding; Interfaces; TiAl3 phase; Explosive welding; Growth kinetics; SEM;
Texture transformations near the bonding zones of the three-layer Al/Ti/Al explosively welded clads
Keywords: جوشکاری انفجاری; Aluminum; Titanium; Joining; Explosive welding; Texture; EBSD;
Interface Bonding Mechanism and Mechanical Behavior of AZ31B/TA2 Composite Plate Cladded by Explosive Welding
Keywords: جوشکاری انفجاری; explosive welding; magnesium alloys; titanium; bonding properties;
In-situ observation of crack initiation and propagation in Ti/Al composite laminates during tensile test
Keywords: جوشکاری انفجاری; Fracture; In-situ tension; Explosive welding; Ti/Al composite laminates;
High cycle fatigue properties of explosively welded laminate AA2519/AA1050/Ti6Al4V
Keywords: جوشکاری انفجاری; explosive welding; composite laminates; Al/Ti composites; highcycle fatigue;
Static and fatigue tests of bimetal Zr-steel made by explosive welding
Keywords: جوشکاری انفجاری; Explosive welding; Fatigue crack; Failure analysis;
Microstructure and kinetics of intermetallic phase growth of three-layered A1050/AZ31/A1050 clads prepared by explosive welding combined with subsequent annealing
Keywords: جوشکاری انفجاری; Explosive welding; Interface; Intermetallic phases; Magnesium; Aluminum;
Welding of Sn and Cu plates using controlled underwater shock wave
Keywords: جوشکاری انفجاری; Explosive welding; Underwater shockwave; Sn/Cu; Interface; Intermetallic growth;
Gradient effect in the waved interfacial layer of 304L/533B bimetallic plates induced by explosive welding
Keywords: جوشکاری انفجاری; Explosive welding; Strengthening; Nanoindentation; Hall-Petch relationship; Gradient;
Mechanical properties of explosively welded AA2519-AA1050-Ti6Al4V layered material at ambient and cryogenic conditions
Keywords: جوشکاری انفجاری; Explosive welding; AA2519 aluminum alloy; Ti6Al4V titanium alloy; Mechanical properties; Cryogenic; Modeling;
Microstructural and microanalysis investigations of bond titanium grade1/low alloy steel st52-3N obtained by explosive welding
Keywords: جوشکاری انفجاری; Phase transitions; Microstructural changes effects; Nanomaterials; Clad materials; Explosive welding;
Microhardness and Strength Properties of Metallic Joint AA2519-AA1050-Ti6Al4V after Various Heat Treatments
Keywords: جوشکاری انفجاری; AA2519; Ti6Al4V; explosive welding; cladding; heat treatment
Experimental and numerical analysis of the formation behavior of intermediate layers at explosive welded Al/Fe joint interfaces
Keywords: جوشکاری انفجاری; Explosive welding; Al/Fe joint; Numerical analysis; SPH method; Temperature distribution; Intermediate layer;