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文章名     作者     期刊名     摘要     卷     期         如果没有找到您所需要的文献，请点击 ——此处申请     共11条记录   Microtwinning and other shearing mechanisms at intermediate temperatures in Ni-based superalloys [作者：Kovarik, L; Unocic, RR; Li, J; Sarosi, P; Shen, C; Wang, Y; Mills, MJ,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：839-873 , 文章类型： Proceedings Paper，,卷期：2009年54-6] In Ni-based superalloys, microtwinning is observed as an important deformation mechanism at intermediate temperature and low stress and strain rate conditions. Current knowledge concerning this unusual deformation mode i... Simulation of dislocations and strength in thin films: A review [作者：Fertig, RS; Baker, SP,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：874-908 , 文章类型： Proceedings Paper，,卷期：2009年54-6] Crystalline thin films have mechanical properties that cannot be predicted based on bulk scaling laws. Owing to their importance in technology, a great deal of effort has gone into modeling and simulation of the behavior... Atomic structure and phase transformations in Pu alloys [作者：Schwartz, AJ; Cynn, H; Blobaum, KJM; Wall, MA; Moore, KT; Evans, WJ; Farber, DL; Jeffries, JR; Massalski, TB,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：909-943 , 文章类型： Proceedings Paper，,卷期：2009年54-6] Plutonium and plutonium-based alloys containing Al or Ga exhibit numerous phases with crystal structures ranging from simple monoclinic to face-centered cubic. Only recently, however, has there been increased convergence... Symposium Z: Materials Structures - The Nabarro Legacy [作者：Sant, SB; Mullner, P; Purdy, GR,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：661-662 , 文章类型： Editorial Material，,卷期：2009年54-6] The NABARRO Legacy - Perspectives for Advance Materials in the 21st Century - Foreword [作者：Hirth, JP,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：663-663 , 文章类型： Editorial Material，,卷期：2009年54-6] Miniaturized single-crystalline fcc metals deformed in tension: New insights in size-dependent plasticity [作者：Dehm, G,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：664-688 , 文章类型： Proceedings Paper，,卷期：2009年54-6] The continuing trend of miniaturizing materials in many modern technological applications has led to a strong demand for understanding the complex mechanical properties of materials at small length scales. This review fo... Nanomechanics of Hall-Petch relationship in nanocrystalline materials [作者：Pande, CS; Cooper, KP,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：689-706 , 文章类型： Proceedings Paper，,卷期：2009年54-6] Classical Hall-Petch relation for large grained polycrystals is usually derived using the model of dislocation pile-up first investigated mathematically by Nabarro and coworkers. In this paper the mechanical properties o... The impact of FRN Nabarro on the LEDS theory of workhardening [作者：Kuhlmann-Wilsdorf, D,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：707-739 , 文章类型： Proceedings Paper，,卷期：2009年54-6] F.R.N. Nabarro has had a profound impact on the development of workhardening theory. Albeit, on account of his opposition to the LEDS/LES theory, that may be recognized as an emerging new paradigm, this has not always be... Application of disclination concept to solid structures [作者：Romanov, AE; Kolesnikova, AL,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：740-769 , 文章类型： Proceedings Paper，,卷期：2009年54-6] Disclinations together with dislocations represent a class of linear defects in solids. Disclinations are characterized by typical singularities and the property of multi-value of the fields of displacement and rotation ... Nanowire design by dislocation technology [作者：Ikuhara, Y,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：770-791 , 文章类型： Proceedings Paper，,卷期：2009年54-6] We proposed new guidelines for designing ceramic devices with a high-density of nanowires or periodically aligned nanowires in single crystals by controlling dislocation distribution, type and composition. Insulating sap... The role of disconnections in phase transformations [作者：Howe, JM; Pond, RC; Hirth, JP,期刊：PROGRESS IN MATERIALS SCIENCE, 页码：792-838 , 文章类型： Proceedings Paper，,卷期：2009年54-6] The topological model of phase transformations is described in terms of disconnections. Disconnection motion is shown to produce a variety of phase transformations with accompanying plastic strain. These strains, togethe...