Development of Laser Welding and Surface Treatment of Metals

• Muut tekijät: Lisiecki, Aleksander (Toimittaja)
• Aineistotyyppi: Elektroninen Kirjan osa
• Kieli: englanti
• Julkaistu: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
• Aiheet: Technology: general issues; History of engineering & technology; titanium nitrides; reflectivity; absorption; high power diode laser; underwater welding; covered electrodes; wet welding; cold cracking; pad welding; flame powder spray process; coating; aluminum; carbon nanotubes; carburite; abrasive wear resistance; erosion wear resistance; laser welding; numerical simulation; X100 pipeline steel; welding thermal cycle; microstructure; aluminium alloy; laser surface alloying; wear resistance; boron carbide; FEM; numerical analyses; simulations; computational techniques; SYSWELD; displacements; stresses; laser beam; weldability; thermo-mechanically controlled processed; S700MC TMCP steel; MAG; steel sheets; lap joints; mechanical properties; microstructure analysis; nickel-based superalloy; heat resistant steel; surfacing; PPTA; HPDDL; Fe-based coating; laser cladding; transmission electron microscopy (TEM); finite element method (FEM); welding; laser; heat source model; keyhole welding; thermal analysis; austenitic stainless steel; lean duplex stainless steel; dissimilar welded joints; reinforcing; laser treatment; strengthening; bending; low-carbon steel; thin steel plate; Ti13Nb13Zr alloy; laser treatment nanoindentation; electrophoretic deposition; potentiodynamic polarization; martensitic stainless steel; dissimilar welded joint; sulfide inclusions; iron-based alloy; hardfacing; cladding; tubular hardfacing electrode; FCAW-GS; FCAW-SS; MMAW; wear-resistant steel; wear plate; abrasion; tribology; weld surfacing; welding sequence; weld geometry; structure analysis; phase shares; hardness distribution; laser boriding; engine oil; wear; friction; surface layer; smart city; transport; vehicles; mechanical engineering; Docol steel; micro-jet welding; mechanical tests; mini-specimen; fracture; fatigue; high-strength steel; components; joining; micro-jet; mechanical resistance; parameters; fatigue limit; laser micro-welding; cryosurgical probe; butt weld; thin tube welding; laser deposition; hybrid process; cryogenic conditions; composite coatings; WC-Ni coatings; fiber laser; laser processing; properties of surface layers
• Linkit: DOAB: download the publication; DOAB: description of the publication