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"This book is inspired by the University of the South Pacific, the leading institution of higher education in the Pacific Islands region. Founded in 1968, USP has expanded the intellectual horizons of generations of students from its 12 member countries—Cook Islands, Fiji, Kiribati, Marshall Islands, Nauru, Niue, Samoa, Solomon Islands, Tokelau, Tonga, Tuvalu and Vanuatu—and been responsible for the formation of a regional elite of educated Pacific Islanders who can be found in key positions in government and commerce across the region.At the same time, this book celebrates the collaboration of USP with The Australian National University in research, doctoral training, teaching and joint activities. Twelve of our 19 contributors gained their doctorates at ANU, most of them before or after being students and/or teaching staff at USP, and the remaining five embody the cross-fertilisation in teaching, research and consultancy of the two institutions.The contributions to this collection, with a few exceptions, are republications of key articles on the Pacific Islands by scholars with extensive experience and knowledge of the region."
Oceania --- Oceanica --- South Pacific --- South Pacific Ocean Region --- South Pacific Region --- South Sea Islands --- South Seas --- Southwest Pacific Region --- Islands of the Pacific --- Social conditions. --- University of the South Pacific. --- Australian National University. --- Fiji. --- USP --- U.S.P. --- Université du Pacifique Sud --- Moana Nui, Te --- Moana Oceania --- Te Moana Nui --- Economic conditions. --- Politics and government. --- Australia --- Pacific Rim countries --- Education --- Pacific Islands --- education
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Severe plastic deformation (SPD) is a very attractive research field for metallic materials because it provides new possibilities for manufacturing nanostructured materials in large quantities and allows microstructural design on different hierarchical levels. The papers included in this issue address the following topics: novel SPD processes as well as recent advancements in established processing methods, microstructure evolution and grain refinement in single- and multi-phase alloys as well as composites, strategies to enhance the microstructure stability at elevated temperatures, mechanically driven phase transformations, surface nanostructuring, gradient and multilayered materials, and mechanical and physical properties of SPD-processed materials.
Mg-3.7Al-1.8Ca-0.4Mn alloy --- Al2Ca phase --- equal channel angular pressing --- refinement --- mechanical properties --- aluminium copper-clad rod --- hardness --- effective electrical conductivity --- severe plastic deformation --- Mg-9Li duplex alloy --- ECAP --- rolling --- high strength --- microstructure --- high pressure torsion extrusion --- gradient structure --- hardness distribution --- tensile properties --- copper --- high pressure torsion --- microstructural characterization --- magnetic properties --- hysteresis --- magneto-resistance --- β titanium alloys --- α phase precipitation --- phase composition --- high energy synchrotron X-ray diffraction --- metastable β-Ti alloys --- powder metallurgy --- cryogenic milling --- spark plasma sintering --- surface mechanical attrition treatment (SMAT) --- ultrasonic shot peening (USP) --- functionally graded materials (FGM) --- titanium niobium alloys --- titanium molybdenum alloys --- human mesenchymal stem cells culture --- cell adhesion --- cell proliferation --- magnesium --- equal-channel angular pressing --- deformation tests --- texture --- schmid factor --- cryogenic temperature --- 304L austenitic stainless steel --- rotating–bending fatigue --- tension–compression fatigue --- TiNi alloy --- thermal cycling --- ultrafine-grained structure --- microstructural and mechanical stability --- Ti–Fe --- high-pressure torsion --- high-temperature XRD --- differential scanning calorimetry --- phase diagram --- CalPhaD --- Mg alloy --- severe plastic deformation (SPD) --- intermetallic precipitates --- vacancy agglomerates --- corrosion --- n/a --- rotating-bending fatigue --- tension-compression fatigue --- Ti-Fe
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