Publications with the keyword "friction"


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L. Isola, B. Malvasio, M. Giordana, and J. Malarria
Effect of the precipitates on the thermodynamics of the martensitic transformations in Ti-rich Ni-Ti-Co thin films
Journal of Alloys and Compounds (cited By 0), 818, 2020
annealing binary alloys calorimeters cobalt alloys differential scanning calorimetry elasticity friction hysteresis linear transformations martensitic transformations nickel alloys shape-memory alloy sputtering temperature ternary alloys thermodynamics thermoelasticity thin films annealing temperatures characteristic temperature martensitic phase transformations multiple transformation niti shape memory alloys thermal hysteresis thermoelastic martensitic transformations transformation temperatures titanium alloys
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J. Dib, S. Hereñu, D. Alí, and N. Pellegri
Influence of Load, Surface Finish and Lubrication on Friction Coefficient of AISI 304 Stainless Steel
Journal of Materials Engineering and Performance (cited By 0), 29(5), 2739-2747, 2020
finishing friction high resolution transmission electron microscopy lubrication martensite microhardness scanning electron microscopy strain hardening surface testing surface treatment testing wear of materials aisi-304 stainless steel constant velocities friction wear behaviors friction coefficients metastable stainless steel microhardness profiles microstructural analysis scanning electrons austenitic stainless steel
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M. Blanco-Rey, J. Juaristi, R. D. Muiño, H. Busnengo, G. Kroes, and M. Alducin
Electronic friction dominates hydrogen hot-atom relaxation on Pd(100)
Physical Review Letters (cited By 79), 112(10), 2014
ab initio molecular dynamics simulation dissociative adsorption electronic excitation electronic friction electronic systems excitation of electron-hole pairs friction force lattice motion atoms energy dissipation molecular dynamics friction
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G. Mansilla, S. Hereñú, and E. Brandaleze
Hydrogen effects on low cycle fatigue of high strength steels
Materials Science and Technology (United Kingdom) (cited By 7), 30(4), 501-505, 2014
energy dispersive analysis hydrogen absorption hydrogen distribution low cycle fatigues metallographic technique silver decoration steelmaking process stress evolution fatigue of materials friction high strength steel hydrogen embrittlement industrial poisons mechanical properties scanning electron microscopy silver metallography steel tensile strength transmission electron microscopy hydrogen
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M. Giordana, I. Alvarez-Armas, and A. Armas
Microstructural characterization of EUROFER 97 during low-cycle fatigue
Journal of Nuclear Materials (cited By 28), 424(13), 247-251, 2012
cyclic behaviour cyclic softening dislocation densities eurofer 97 few-cycle friction stress generation iv low cycle fatigues low-cycle fatigue tests micro-structural characterization microstructural changes reduced activation ferritic/martensitic steel room temperature structural component subgrains taylor coefficients electron microscopy fatigue testing friction nuclear power plants hysteresis loops
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M. Giordana, I. Alvarez-Armas, M. Sauzay, and A. Armas
Mechanical behaviour and microstructure evolution of eurofer97 during low-cycle fatigue at room temperature and 550°C
Key Engineering Materials (cited By 11), 465, 358-361, 2011
dislocations (crystals) friction hysteresis hysteresis loops martensitic stainless steel strain thermal fatigue cyclic behaviour cyclic softening low cycle fatigues mechanical behaviour micro-structure evolutions power-law functions strain-controlled tempered martensite steel testing
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A. Armas, S. Hereñú, R. Bolmaro, and I. Alvarez-Armas
Cyclic softening mechanisms of Zircaloy-4
Journal of Nuclear Materials (cited By 17), 326(23), 195-200, 2004
crystallization deformation dislocations (crystals) free energy friction heat treatment hysteresis microstructure nuclear fuels strain stresses transmission electron microscopy x ray diffraction analysis hysteresis loops interstitial contents zirconium alloys
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J. Feugeas, G. Grigioni, G. Sánchez, and A. R. D. Costa
Wear behaviour of steel and titanium treated by pulsed ion implantation
Surface Engineering (cited By 11), 14(1), 62-66, 1998
friction hardness ion beams ion bombardment ion implantation nitriding nitrogen stainless steel tempering titanium tribology wear of materials vickers microhardness surface treatment
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O. Lambri
New Procedure for Determining Internal Friction Parameters of Tension-Induced Relaxation Processes with Distribution of Relaxation Times
Materials Transactions, JIM (cited By 18), 35(7), 458-465, 1994
friction integration mechanical variables measurement niobium alloys numerical methods strength of materials tantalum alloys viscoelasticity activation parameter distribution function internal friction parameters interstitials content moment of inertia ordering phenomena relaxation time distribution snoek relaxation tension torsion pendulum relaxation processes
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