{ "OpenSearchResponse": { "title": "Research Activities search", "link": "", "totalResults": "18", "startIndex" : "0", "itemsPerPage": "25", "query": { "role": "request", "searchTerms": "dp09", "startPage": "0" } }, "namespaces": { "dc": "http://purl.org/dc/terms", "owl": "http://www.w3.org/2002/07/owl#", "rdf": "http://www.w3.org/1999/02/22-rdf-syntax-ns#", "rdfs": "http://www.w3.org/2000/01/rdf-schema#" }, "results": [ { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"90ca8f8fb664d0617958f1224d177693","id":"90ca8f8fb664d0617958f1224d177693","last_modified":"2024-01-29T01:52:47Z","dc_title":"A New Paradigm for the Solid State Synthesis of Layered Materials","autocomplete_title":"A New Paradigm for the Solid State Synthesis of Layered Materials","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986140","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Intermediate phase retention during the solid state synthesis of complex materials is a widespread problem that increases energy consumption, is detrimental to properties and has often proven intractable. We have developed a method for synthesising layered carbide ceramics by direct insertion of atoms into suitably engineered solid precursors, assisted by in situ neutron diffraction monitoring. This project will discover the underlying atom-scale mechanism and develop systematic crystallographic methods for engineering solid precursors in layered oxides, nitrides and additional carbides. It will enable the ready synthesis of a range of strategic materials of interest in manufacturing, conventional and renewable power generation."],"grant_number":["DP0986140"],"dc_identifier":["DP0986140"],"ID":["DP0986140"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986140"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/90ca8f8fb664d0617958f1224d177693", "rdfs:type": ["owl:Thing"], "rdfs:label": "A New Paradigm for the Solid State Synthesis of Layered Materials", "dc:title": "A New Paradigm for the Solid State Synthesis of Layered Materials", "dc:description": "Intermediate phase retention during the solid state synthesis of complex materials is a widespread problem that increases energy consumption, is detrimental to properties and has often proven intractable. We have developed a method for synthesising layered carbide ceramics by direct insertion of atoms into suitably engineered solid precursors, assisted by in situ neutron diffraction monitoring. This project will discover the underlying atom-scale mechanism and develop systematic crystallographic methods for engineering solid precursors in layered oxides, nitrides and additional carbides. It will enable the ready synthesis of a range of strategic materials of interest in manufacturing, conventional and renewable power generation.", "dc:identifier": "DP0986140", "grant_number": "DP0986140" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"3e6c15d0158453d2cf860380984398a6","id":"3e6c15d0158453d2cf860380984398a6","last_modified":"2024-01-29T01:52:47Z","dc_title":"Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565 ","autocomplete_title":"Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565 ","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986334","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Researchers examine important turning points over Platonism's history, and identify factors that best equipped it to survive various social and intellectual challenges that it faced, both internal and external. This was antiquity's most enduring philosophy, taught at some location for nearly a millennium, sometimes offering the only available higher education in the Greek tradition. It survived through subtle changes in ideology and doctrine, choosing new allies, and adapting to students' needs. The project will produce history concentrating on challenges and responses, highlighting the versatility of a successful movement, and will examine the developing role of one Platonic dialogue as a basis for ideology. "],"grant_number":["DP0986334"],"dc_identifier":["DP0986334"],"ID":["DP0986334"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986334"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/3e6c15d0158453d2cf860380984398a6", "rdfs:type": ["owl:Thing"], "rdfs:label": "Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565", "dc:title": "Academies under Stress: the Reinvention and Survival of Platonist Schools, 360BC-AD565", "dc:description": "Researchers examine important turning points over Platonism's history, and identify factors that best equipped it to survive various social and intellectual challenges that it faced, both internal and external. This was antiquity's most enduring philosophy, taught at some location for nearly a millennium, sometimes offering the only available higher education in the Greek tradition. 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It contributes to policy aimed at delivering relevant and efficient human services in keeping with rapidly changing global research agendas. It examines how these are shaped by knowledge production networks described as either discipline or science-based - Mode 1 - or interdisciplinary, socially engaged, accountable - Mode 2 research. 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It contributes to policy aimed at delivering relevant and efficient human services in keeping with rapidly changing global research agendas. It examines how these are shaped by knowledge production networks described as either discipline or science-based - Mode 1 - or interdisciplinary, socially engaged, accountable - Mode 2 research. 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This grant sets out to characterise the molecular events occurring in the egg during fertilization. Such knowledge about the process would ultimately be important in developing methods of assessing egg and embryo quality, as well as either enhancing or blocking the egg-to-embryo transition. 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This proposition has some anecdotal but as yet no scientific support. It will be sought using long-term field exposure tests and DNA and other analyses. In parallel, new engineering models will be developed for corrosion loss and for pit depth. These will be based on recent models for marine corrosion and be calibrated to new and existing field data. Applications include the assessment and prediction of safety and serviceability for new and for older, perhaps corroding, steel infrastructure. 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This proposition has some anecdotal but as yet no scientific support. It will be sought using long-term field exposure tests and DNA and other analyses. In parallel, new engineering models will be developed for corrosion loss and for pit depth. These will be based on recent models for marine corrosion and be calibrated to new and existing field data. Applications include the assessment and prediction of safety and serviceability for new and for older, perhaps corroding, steel infrastructure.", "dc:identifier": "DP0985770", "grant_number": "DP0985770" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"e57076d281ebb8dc6b93bb1756dd3987","id":"e57076d281ebb8dc6b93bb1756dd3987","last_modified":"2024-01-29T01:52:48Z","dc_title":"Feedback Architectures with Parallel Communication Channels","autocomplete_title":"Feedback Architectures with Parallel Communication Channels","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0988601","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project aims to generate fundamental research outcomes in the area of feedback control over communication networks. 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This project aims to investigate whether burning of some widely used agricultural pesticides, especially in fires, can account for the observed discrepancy between the emission and deposition fluxes of PCDD/F. We intend to undertake a comprehensive and detailed study of decomposition mechanisms of chlorinated herbicides and insecticides into PCDD/F, both from experimental and theoretical perspectives, in conjunction with field measurements. 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Prospective identification of efficient strategies and barriers to change is necessary to achieve a better adaptation of 'best practice' guideline implementation. The focus is on how the successful implementation of research is a function of both macro and micro factors. It examines the interplay of: (i) knowledge transfer systems for evidence; (ii) level, nature and systematicity of the evidence; (iii) environment into which research is disseminated; (iv) and the methods in which the process is facilitated.", "dc:identifier": "DP0985174", "grant_number": "DP0985174" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"145d3bfe99d5395346d452ff975afc02","id":"145d3bfe99d5395346d452ff975afc02","last_modified":"2024-01-29T01:52:47Z","dc_title":"Influences of metacognitive beliefs on success in PhD candidature","autocomplete_title":"Influences of metacognitive beliefs on success in PhD candidature","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0987446","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Using a mixed-methods approach, this project offers a major reconceptualisation of the role of metacognition in higher-level adult learning. 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Candidates' metacognitive beliefs are described, and their relationships to institutional, supervisory and life issues in successful candidature are identified. The emphasis on individual factors represents a significant advance in potential explanations of candidate progress. The innovative instrumentation and breadth of sampling allows for testing for the independent effects of metacognitive beliefs. The study extends metacognition research into PhD education.", "dc:identifier": "DP0987446", "grant_number": "DP0987446" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"b24063f3cb9c79184504a9daff9c45e1","id":"b24063f3cb9c79184504a9daff9c45e1","last_modified":"2024-01-29T01:52:47Z","dc_title":"Iterative subspace expansions for space-time adaptive wireless communications, radar and sonar","autocomplete_title":"Iterative subspace expansions for space-time adaptive wireless communications, radar and sonar","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986916","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project addresses the fundamental challenge of high computational complexity in receivers for bandwidth-efficient, high data-rate wireless communications, radar and sonar. We study conjugate gradient Wiener filters that enable effective low complexity approximation if the signal correlation matrix has a small number of distinct or clustered eigenvalues. In this case, these filters converge with warp speed. Hence, by properly designing signal transmissions in multi-access communications, we can build receivers that rapidly adapt. A critical question is the sensitivity of repeated\/clustered eigenvalues to perturbations, e.g., in time-varying communication channels. We analyse this question from the point of view of feedback control."],"grant_number":["DP0986916"],"dc_identifier":["DP0986916"],"ID":["DP0986916"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986916"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/b24063f3cb9c79184504a9daff9c45e1", "rdfs:type": ["owl:Thing"], "rdfs:label": "Iterative subspace expansions for space-time adaptive wireless communications, radar and sonar", "dc:title": "Iterative subspace expansions for space-time adaptive wireless communications, radar and sonar", "dc:description": "This project addresses the fundamental challenge of high computational complexity in receivers for bandwidth-efficient, high data-rate wireless communications, radar and sonar. We study conjugate gradient Wiener filters that enable effective low complexity approximation if the signal correlation matrix has a small number of distinct or clustered eigenvalues. In this case, these filters converge with warp speed. Hence, by properly designing signal transmissions in multi-access communications, we can build receivers that rapidly adapt. A critical question is the sensitivity of repeated/clustered eigenvalues to perturbations, e.g., in time-varying communication channels. We analyse this question from the point of view of feedback control.", "dc:identifier": "DP0986916", "grant_number": "DP0986916" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"865cc875745c33e6f3a9dcd44996fc99","id":"865cc875745c33e6f3a9dcd44996fc99","last_modified":"2024-01-29T01:52:47Z","dc_title":"New Theory and Algorithms for Nonsmooth Optimisation with Application to Integer Programming","autocomplete_title":"New Theory and Algorithms for Nonsmooth Optimisation with Application to Integer Programming","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0987445","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Mathematical optimization methods underpin many scheduling and planning activities in business and industry, and play numerous \"behind-the-scenes\" roles in engineering, medicine, biology, and physics. However tools for analysis and the development of methods for two important classes - nonsmooth and integer optimization - have key shortfalls. Although superficially different, nonsmooth and integer problems share deep mathematical links. This project will exploit those links. It will develop new tools for the analysis of nonsmooth problems and methods, will deepen our understanding of nonsmooth\/integer connections, and will apply these to obtain more effective methods for solving integer problems."],"grant_number":["DP0987445"],"dc_identifier":["DP0987445"],"ID":["DP0987445"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0987445"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/865cc875745c33e6f3a9dcd44996fc99", "rdfs:type": ["owl:Thing"], "rdfs:label": "New Theory and Algorithms for Nonsmooth Optimisation with Application to Integer Programming", "dc:title": "New Theory and Algorithms for Nonsmooth Optimisation with Application to Integer Programming", "dc:description": "Mathematical optimization methods underpin many scheduling and planning activities in business and industry, and play numerous 'behind-the-scenes' roles in engineering, medicine, biology, and physics. However tools for analysis and the development of methods for two important classes - nonsmooth and integer optimization - have key shortfalls. Although superficially different, nonsmooth and integer problems share deep mathematical links. This project will exploit those links. It will develop new tools for the analysis of nonsmooth problems and methods, will deepen our understanding of nonsmooth/integer connections, and will apply these to obtain more effective methods for solving integer problems.", "dc:identifier": "DP0987445", "grant_number": "DP0987445" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"de7347e175079012201cd8f537210548","id":"de7347e175079012201cd8f537210548","last_modified":"2024-01-29T01:52:48Z","dc_title":"New drives and control techniques for high performance piezoelectric actuation","autocomplete_title":"New drives and control techniques for high performance piezoelectric actuation","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986319","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Piezoelectric actuators develop the greatest forces and most precise motion of any known actuator. They are also compact in size, mechanically simple and extremely fast. Many scientific and industrial applications stand to benefit from the unique characteristics of piezoelectric actuators. However, due to non-linearity and bandwidth limitations, their exceptional properties cannot presently be utilized in practice.\n\n\n\nThis project aims to eliminate or reduce the foremost limitations of piezoelectric actuators, namely: hysteresis, creep, temperature dependence, actuator resonance and dynamics. New modelling and drive techniques are proposed to achieve these goals without additional hardware or complexity."],"grant_number":["DP0986319"],"dc_identifier":["DP0986319"],"ID":["DP0986319"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986319"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/de7347e175079012201cd8f537210548", "rdfs:type": ["owl:Thing"], "rdfs:label": "New drives and control techniques for high performance piezoelectric actuation", "dc:title": "New drives and control techniques for high performance piezoelectric actuation", "dc:description": "Piezoelectric actuators develop the greatest forces and most precise motion of any known actuator. They are also compact in size, mechanically simple and extremely fast. Many scientific and industrial applications stand to benefit from the unique characteristics of piezoelectric actuators. However, due to non-linearity and bandwidth limitations, their exceptional properties cannot presently be utilized in practice.This project aims to eliminate or reduce the foremost limitations of piezoelectric actuators, namely: hysteresis, creep, temperature dependence, actuator resonance and dynamics. New modelling and drive techniques are proposed to achieve these goals without additional hardware or complexity.", "dc:identifier": "DP0986319", "grant_number": "DP0986319" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"7b4127b61bfc68ebf6cb338f381ff92d","id":"7b4127b61bfc68ebf6cb338f381ff92d","last_modified":"2024-01-29T01:52:47Z","dc_title":"Novel time-frequency techniques for analysing and modeling non-stationary physical and engineering data","autocomplete_title":"Novel time-frequency techniques for analysing and modeling non-stationary physical and engineering data","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986391","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project aims at developing tools for analysing and modeling nonstationary time-series in the physical sciences and engineering. Our unconventional point of view that time-frequency distributions are distributions of coherence over time and frequency, as opposed to the common view of \"time-varying power distributions\", enables us to establish a close connection between time-frequency analysis and rotary-component and polarisation analysis. This will lead to a cross-fertilisation between techniques used in geography, oceanography, meteorology, optics, and signal processing, thus creating new tools to classify and detect features of nonstationary data that were unrecognisable using conventional methods."],"grant_number":["DP0986391"],"dc_identifier":["DP0986391"],"ID":["DP0986391"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986391"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/7b4127b61bfc68ebf6cb338f381ff92d", "rdfs:type": ["owl:Thing"], "rdfs:label": "Novel time-frequency techniques for analysing and modeling non-stationary physical and engineering data", "dc:title": "Novel time-frequency techniques for analysing and modeling non-stationary physical and engineering data", "dc:description": "This project aims at developing tools for analysing and modeling nonstationary time-series in the physical sciences and engineering. Our unconventional point of view that time-frequency distributions are distributions of coherence over time and frequency, as opposed to the common view of 'time-varying power distributions', enables us to establish a close connection between time-frequency analysis and rotary-component and polarisation analysis. This will lead to a cross-fertilisation between techniques used in geography, oceanography, meteorology, optics, and signal processing, thus creating new tools to classify and detect features of nonstationary data that were unrecognisable using conventional methods.", "dc:identifier": "DP0986391", "grant_number": "DP0986391" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"8853617d7804afaf969bc182dee8c376","id":"8853617d7804afaf969bc182dee8c376","last_modified":"2024-01-29T01:52:48Z","dc_title":"The Ontogeny of Pain Behaviour: A Novel Neuroimmune Pathway.","autocomplete_title":"The Ontogeny of Pain Behaviour: A Novel Neuroimmune Pathway.","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0987599","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project addresses a significant and novel hypothesis that will clarify how programming of the fetal immune system determines pain sensitivity in adult life. A targeted approach will clarify the role played by a specific component of the immune system, IL-1b (Aim1) and elucidate the underlying endocrine (Aim 2) and immune mechanisms (Aim 3). Once specific mechanisms that underlie programming phenomena in animals have been identified, the developmental biology of these mechanisms can be compared with that of humans. This knowledge is necessary to determine putative effects of programming on human health. This project importantly proposes a new mechanism that may account for individual differences in pain sensitivity."],"grant_number":["DP0987599"],"dc_identifier":["DP0987599"],"ID":["DP0987599"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0987599"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/8853617d7804afaf969bc182dee8c376", "rdfs:type": ["owl:Thing"], "rdfs:label": "The Ontogeny of Pain Behaviour: A Novel Neuroimmune Pathway.", "dc:title": "The Ontogeny of Pain Behaviour: A Novel Neuroimmune Pathway.", "dc:description": "This project addresses a significant and novel hypothesis that will clarify how programming of the fetal immune system determines pain sensitivity in adult life. A targeted approach will clarify the role played by a specific component of the immune system, IL-1b (Aim1) and elucidate the underlying endocrine (Aim 2) and immune mechanisms (Aim 3). Once specific mechanisms that underlie programming phenomena in animals have been identified, the developmental biology of these mechanisms can be compared with that of humans. This knowledge is necessary to determine putative effects of programming on human health. This project importantly proposes a new mechanism that may account for individual differences in pain sensitivity.", "dc:identifier": "DP0987599", "grant_number": "DP0987599" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"e569a566af27b32ead70eedf607065ba","id":"e569a566af27b32ead70eedf607065ba","last_modified":"2024-01-29T01:52:47Z","dc_title":"The role of natural selection in macroevolution: a case study examining convergence of form and function in marine predator guilds","autocomplete_title":"The role of natural selection in macroevolution: a case study examining convergence of form and function in marine predator guilds","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0986471","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Does natural selection determine macro-evolution? Is structure strongly linked to function? Both these fundamental questions can be examined through convergence, the phenomenon where unrelated animals resemble each other. If that resemblance indicated similar ecology, we would have strong evidence for natural selection acting at large scales: if the ecology is constrained by phylogenetic heritage, then natural selection has a lesser role in macro-evolutionary patterns. Before this question can be addressed, an even older problem must be solved: how well does form predict function? Focusing on living (especially Antarctic) and fossil marine predators, this project will tackle these old questions using the newest biomechanical techniques."],"grant_number":["DP0986471"],"dc_identifier":["DP0986471"],"ID":["DP0986471"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0986471"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/e569a566af27b32ead70eedf607065ba", "rdfs:type": ["owl:Thing"], "rdfs:label": "The role of natural selection in macroevolution: a case study examining convergence of form and function in marine predator guilds", "dc:title": "The role of natural selection in macroevolution: a case study examining convergence of form and function in marine predator guilds", "dc:description": "Does natural selection determine macro-evolution? Is structure strongly linked to function? Both these fundamental questions can be examined through convergence, the phenomenon where unrelated animals resemble each other. If that resemblance indicated similar ecology, we would have strong evidence for natural selection acting at large scales: if the ecology is constrained by phylogenetic heritage, then natural selection has a lesser role in macro-evolutionary patterns. Before this question can be addressed, an even older problem must be solved: how well does form predict function? Focusing on living (especially Antarctic) and fossil marine predators, this project will tackle these old questions using the newest biomechanical techniques.", "dc:identifier": "DP0986471", "grant_number": "DP0986471" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"2950340af68c04b3bb29ef31f0331e5c","id":"2950340af68c04b3bb29ef31f0331e5c","last_modified":"2024-01-29T01:52:47Z","dc_title":"Totally disconnected groups in algebra and geometry","autocomplete_title":"Totally disconnected groups in algebra and geometry","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0984342","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["This project aims to make significant advances in several distinct areas of mathematics through the application of newly developed techniques in the theory of totally disconnected locally compact groups. 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We will study the implications of the new techniques to areas of mathematics such as graphs, buildings and cubical complexes, arithmetic groups and discrete groups while further developing the theory of totally disconnected groups.\n\n\n\n"],"grant_number":["DP0984342"],"dc_identifier":["DP0984342"],"ID":["DP0984342"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0984342"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/2950340af68c04b3bb29ef31f0331e5c", "rdfs:type": ["owl:Thing"], "rdfs:label": "Totally disconnected groups in algebra and geometry", "dc:title": "Totally disconnected groups in algebra and geometry", "dc:description": "This project aims to make significant advances in several distinct areas of mathematics through the application of newly developed techniques in the theory of totally disconnected locally compact groups. Such groups occur naturally as symmetries of relational structures such as graphs. We will study the implications of the new techniques to areas of mathematics such as graphs, buildings and cubical complexes, arithmetic groups and discrete groups while further developing the theory of totally disconnected groups.", "dc:identifier": "DP0984342", "grant_number": "DP0984342" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"e58cf9b4c30abce6284ac32b3ded73eb","id":"e58cf9b4c30abce6284ac32b3ded73eb","last_modified":"2024-01-29T01:52:47Z","dc_title":"Turbulent mixing of a passive scalar","autocomplete_title":"Turbulent mixing of a passive scalar","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0985945","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Meteorological and oceanographic processes, pollution dispersion, combustion, and air conditioning all rely on mixing by turbulence. The major aim of the proposal is to develop an analytical framework for assessing the manner in which a passive scalar, such as temperature, is transported and mixed in technologically important turbulent flows, for example wall, jet and wake flows. The experimental and numerical results will provide invaluable insight into the physics of mixing at the smallest scales and will make a significant contribution to the engineer's ability to predict the mixing characteristics of different types of turbulent flows."],"grant_number":["DP0985945"],"dc_identifier":["DP0985945"],"ID":["DP0985945"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0985945"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/e58cf9b4c30abce6284ac32b3ded73eb", "rdfs:type": ["owl:Thing"], "rdfs:label": "Turbulent mixing of a passive scalar", "dc:title": "Turbulent mixing of a passive scalar", "dc:description": "Meteorological and oceanographic processes, pollution dispersion, combustion, and air conditioning all rely on mixing by turbulence. The major aim of the proposal is to develop an analytical framework for assessing the manner in which a passive scalar, such as temperature, is transported and mixed in technologically important turbulent flows, for example wall, jet and wake flows. The experimental and numerical results will provide invaluable insight into the physics of mixing at the smallest scales and will make a significant contribution to the engineer's ability to predict the mixing characteristics of different types of turbulent flows.", "dc:identifier": "DP0985945", "grant_number": "DP0985945" } , { "result-metadata": { "relevance": 0.028389433, "all": {"storage_id":"a4e9fbc5d6547407ee515ac3ec4af61c","id":"a4e9fbc5d6547407ee515ac3ec4af61c","last_modified":"2024-01-29T01:52:48Z","dc_title":"Variational Plasticity Models and Algorithms for Frictional Geomaterials","autocomplete_title":"Variational Plasticity Models and Algorithms for Frictional Geomaterials","harvest_config":"d5d827c19d38bbb43ce6d4b448153ef1","harvest_rules":"96893c00809deeb167ba94aea970f350","autocomplete_grant_number":"DP0988663","display_type":"research_activities","security_filter":["guest"],"dc_date":["2009"],"repository_name":["ARC NGCP New and Ongoing Projects"],"oai_set":["Activities"],"packageType":["Activities"],"dc_format":["application\/x-mint-research-activity"],"dc_subject":["NSW"],"dc_description":["Classical rate-independent elastoplasticity has proved to be a remarkably versatile modelling paradigm for a wide variety of engineering materials. However, there still appears to be some fundamental obstacles to devising rigorous and reliable constitutive models and numerical algorithms for frictional materials such as soil using the concepts originally developed for metal plasticity.\n\nThis project aims, first, to establish the variational framework for frictional plasticity and, next, to fully exploit its advantages on all levels of the modelling process, from the formulation of constitutive models on the material point level to the solution of boundary value problems of practical interest in geotechnical engineering and related fields."],"grant_number":["DP0988663"],"dc_identifier":["DP0988663"],"ID":["DP0988663"],"foaf_name":["The University of Newcastle"],"dc_date_submitted":["2008"],"repository_type":["Research Activities"],"harvestId":["DP0988663"],"score":0.028389433} }, "rdf:about": "https://demo.redboxresearchdata.com.au/mint/Activities/detail/a4e9fbc5d6547407ee515ac3ec4af61c", "rdfs:type": ["owl:Thing"], "rdfs:label": "Variational Plasticity Models and Algorithms for Frictional Geomaterials", "dc:title": "Variational Plasticity Models and Algorithms for Frictional Geomaterials", "dc:description": "Classical rate-independent elastoplasticity has proved to be a remarkably versatile modelling paradigm for a wide variety of engineering materials. However, there still appears to be some fundamental obstacles to devising rigorous and reliable constitutive models and numerical algorithms for frictional materials such as soil using the concepts originally developed for metal plasticity.This project aims, first, to establish the variational framework for frictional plasticity and, next, to fully exploit its advantages on all levels of the modelling process, from the formulation of constitutive models on the material point level to the solution of boundary value problems of practical interest in geotechnical engineering and related fields.", "dc:identifier": "DP0988663", "grant_number": "DP0988663" } ] }