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18篇 您的检索式:作者名="David Cochran"
    题名 作者 年代 出处 被引量
1Big data analytics with applications显示文摘In this paper,recent developments on the Internet of Things(IoT)and its applications are surveyed,and the impact of newly developed Big Data(BD)on manufacturing information systems is especially discussed.Big Data analytics(BDA)has been identified as a critical technology to support data acquisition,storage,and analytics in data management systems in modern manufacturing.The purpose of the presented work is to clarify the requirements of predictive systems,and to identify research challenges and opportunities on BDA to support cloudbased information systems.Zhuming Bi David Cochran 2014Journal of Management Analytics2014,1,4:5
2The liver diseases of lipodystrophy: The long-term effect of leptin treatment显示文摘Elika Safar Zadeh Andreea O. Lungu Elaine K. Cochran Rebecca J. Brown Marc G. Ghany Theo Heller David E. Kleiner Phillip Gorden 2013Journal of Hepatology2013,,1:3
3Knowledge reuse in manufacturability analysis显示文摘Sean Cochrane Robert Young Keith Case Jennifer Harding James Gao Shilpa Dani David Baxter 2007Robotics and Computer Integrated Manufacturing2007,,4:1
4Direct and Indirect Economic Losses from Earthquake Damage显示文摘David S Brookshire Stephanie E C Cochrane H 1997Earthquake Spectra1997,13,4:1
5Distribution of heavy metal and PCB contaminants in the sediments of an urban estuary: The Hudson River显示文摘Huan Feng J. Kirk Cochran Honoratha Lwiza Bruce J. Brownawell David J. Hirschberg 1998Marine Environmental Research1998,,1:1
6Pediatric cardiomyopathies: causes, epidemiology, clinical course, preventive strategies and therapies显示文摘Steven E Lipshultz Thomas R Cochran David A Briston Stefanie R Brown Peter J Sambatakos Tracie L Miller Adriana A Carrillo Liat Corcia Janine E Sanchez Melissa B Diamond Michael Freundlich Danielle Harake Tamara Gayle William G Harmon Paolo G Rusconi Sati 2013Future Cardiol2013,,6:1
7Distribution of heavy metal and PCB contaminants in the sediments of an urban estuary: The Hudson River显示文摘Huan Feng J. Kirk Cochran Honoratha Lwiza Bruce J. Brownawell David J. Hirschberg 1998Marine Environmental Research1998,,1:1
8Stem-cell-based, tissue engineered tracheal replacement in a child: a 2-year follow-up study显示文摘Martin J Elliott Paolo De Coppi Simone Speggiorin Derek Roebuck Colin R Butler Edward Samuel Claire Crowley Clare McLaren Anja Fierens David Vondrys Lesley Cochrane Christopher Jephson Samuel Janes Nicholas J Beaumont Tristan Cogan Augustinus Bader Alexan 2012The Lancet2012,,9846:1
9Design and fabrication of an artificial cornea based on a photolithographically patterned hydrogel construct显示文摘David Myung Wongun Koh Amit Bakri Fan Zhang Amanda Marshall Jungmin Ko Jaan Noolandi Michael Carrasco Jennifer R. Cochran Curtis W. Frank Christopher N. Ta 2007Biomedical Microdevices2007,,6:1
10Human gut‐specific homeostatic dendritic cells are generated from blood precursors by the gut microenvironment显示文摘Elizabeth R. Mann David Bernardo Hafid Omar Al‐Hassi Nicholas R. English Susan K. Clark Neil E. McCarthy Andrew N. Milestone Stella A. Cochrane Ailsa L. Hart Andrew J. Stagg Stella C. Knight 2011Inflamm Bowel Dis2011,,7:1
11An engineering design knowledge reuse methodology using process modeling显示文摘David Baxter James Gao Keith Case Jenny Harding Bob Young Sean Cochrane Shilpa Dani 0,,18:1
12Effect of Microalloying,Principally With Vanadium,Processing Conditions and Microstructure on Resistance to CO_2 Corrosion显示文摘One driver for steel development over recent decades has been the engineering requirements of improved strength and toughness,combined with weldability,for the safe and cost effective recovery and transmission of oil and gas.This has been achieved through refinement of grain size by microalloy precipitation and thermomechanical processing.However,little attention has been paid to these significant changes in steel chemistry and processing on corrosion resistance,despite the dominance of economic carbon steel for construction in the oil and gas industries.The more common forms of corrosion are associated with the presence of H 2 S or CO 2.CO 2 in aqueous solution forms a weak acid sufficient to promote significant localized corrosion in transmission gas/oil pipelines and in well-head applications ('down-hole').Systematic study has identified the influence of a wide range of alloying elements and different processing conditions on the resistance of low-carbon steels to CO 2 corrosion;strong carbide-forming microalloying elements such as Ti,Nb and V,along with Cr additions,and different levels of Mn,Si,Cu,Mo and Ni,have been explored,along with treatments simulating different processing conditions.The present study also emphasizes the role of V and Ti microalloying in improving the resistance of Cr-containing carbon steel to corrosion in carbonic acid and how this is influenced by microstructure and the metallurgical condition of the microalloying addition,in particular,the extent of precipitation.It is noted that some commercially available corrosion inhibitors contain V as a vanadate compound to interfere with the corrosion process and so it is suggested that V microalloying may also be beneficial if present in an appropriate form in the steel.That Ti also seems to play a role in corrosion in the steels studied is judged to be compatible with the thermodynamics of transition metal anions in the Ti-V-Cr group.Edmonds David Cochrane Robert Grau Rosa 2011Journal of Iron and Steel Research(International)2011,18,S1:1
13Biologic width: a physiologically and politicallyresilient structure 显示文摘David L Cochran M 2012Int J Periodont Rest2012,32,4:1
14Characteristics of anterior cruciate ligament injuries in Australian football显示文摘Jodie L. Cochrane David G. Lloyd Alec Buttfield Hugh Seward Jeanne McGivern 2006Journal of Science and Medicine in Sport2006,,2:1
15Risk assessment of inferior alveolar nerve injury for immediate implant placement in the posterior mandible: A virtual implant placement study显示文摘Ming-Hung Lin Lian-Ping Mau David L. Cochran Yi-Shing Shieh Po-Hsien Huang Ren-Yeong Huang 2014Journal of Dentistry2014,,:1
16Lymphatic Mapping and Sentinel Lymphadenectomy for Early-Stage Melanoma: Therapeutic Utility and Implications of Nodal Microanatomy and Molecular Staging for Improving the Accuracy of Detection of Nodal Micrometastases显示文摘Donald L. Morton Dave S. B. Hoon Alistair J. Cochran Roderick R. Turner Richard Essner Hiroya Takeuchi Leslie A. Wanek Edwin Glass Leland J. Foshag Eddy C. Hsueh Anton J. Bilchik David Elashoff Robert Elashoff 2003Annals of Surgery2003,,4:1
17An engineering design knowledge reuse methodology using process modelling显示文摘David Baxter James Gao Keith Case Jenny Harding Bob Young Sean Cochrane Shilpa Dani 2007Research in Engineering Design2007,,1:1
18Recovery of threatened plant species and their habitats in the biodiversity hotspot of the Southwest Australian Floristic Region显示文摘The Southwest Australian Floristic Region(SWAFR) is a global biodiversity hotspot with high plant diversity and endemism and a broad range of threatening processes. An outcome of this is a high proportion of rare and threatened plant species. Ongoing discovery and taxonomic description of new species, many of which are rare, increases the challenges for recovery of threatened species and prioritisation of conservation actions. Current conservation of this diverse flora is based on integrated and scientific evidence-based management. Here we present an overview of current approaches to the conservation of threatened flora in the SWAFR with a focus on active management through recovery and restoration that is integrated with targeted research. Key threats include disease, fragmentation, invasive weeds, altered fire regimes, grazing, altered hydro-ecology and climate change. We highlight the integrated approach to management of threats and recovery of species with four case studies of threatened flora recovery projects that illustrate the breadth of interventions ranging from In situ management to conservation reintroductions and restoration of threatened species habitats. Our review and case studies emphasise that despite the scale of the challenge, a scientific understanding of threats and their impacts enables effective conservation actions to arrest decline and enhance recovery of threatened species and habitats.Leonie Monks Sarah Barrett Brett Beecham Margaret Byrne Alanna Chant David Coates J.Anne Cochrane Andrew Crawford Rebecca Dillon Colin Yates 2019Plant Diversity2019,41,2:0
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