Science, Characterization and Technology of Joining and Welding - Haghshenas, Meysam (MDPI - Multidisciplinary Digital Publishing Institute, 2020)
Keywords: 22MnB5; active monomers; adhesion; adhesive bonding; adhesive thermos-mechanical property; aluminum; anisotropy; API 5L X80 steel; arc profile; bonding strength; butt joint; carbide dissolution; carbon fiber-reinforced polymer; ceramics; clad filler foil; coating; copper; coupled arc; Cr-Mo steel; design of experiments; direct diffusion bonding; dissimilar joints; dissimilar material joining; dissimilar weldments; distributed point heat sources model; dual-phase steel; electrical properties; energy-input; eutectoid; flex-on-board assembly; flow stress; flux-less soldering; friction bit joining; friction stir welding; FRP; HAZ cracking; heat-affected zone; high-crystalline content zirconia; History of engineering and technology; hot pressing; hybrid joining; IN738 superalloy; interfacial microstructure; joint mechanical properties; laser welding; local brittle zone; longitudinal wave; m23c6; mechanical interlocking; mechanical properties; mechanical strength; medium thick plate model; metallurgy; microconstituent; microstructure; numerical simulation; oxide layer; phased array ultrasonic; plasma-TIG; pores; pressure distribution; rotary friction-welding; SA213-T23; scarf joint; simulation; SnBi58 solder joint morphology; solder; surface structuring; T1-995; TA1-2040; taguchi design; tailor welded blanks; TAN alloy; Technology, Engineering, Agriculture, Industrial processes; Technology: general issues; thermal compression bonding; thermal spraying; thermophysical property; Ti2AlNb alloy; tint etching; titanium; tool pin profiles; ultrasonic bonding; vacuum brazing; weld bonding; welding; welding thermal cycles; Zn-coated low carbon microalloyed steels