The Experts below are selected from a list of 156309 Experts worldwide ranked by ideXlab platform
Paul Hottinger - One of the best experts on this subject based on the ideXlab platform.
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Guides: MSE-MTE Materials Engineering Research Guide: Standards
2017Co-Authors: Paul HottingerAbstract:This guide will provide research information to support the Masters of Science in Engineering with an emphasis in Materials Engineering
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Guides: MSE-MTE Materials Engineering Research Guide: Home
2017Co-Authors: Paul HottingerAbstract:This guide will provide research information to support the Masters of Science in Engineering with an emphasis in Materials Engineering
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Guides: MSE-MTE Materials Engineering Research Guide: Websites
2017Co-Authors: Paul HottingerAbstract:This guide will provide research information to support the Masters of Science in Engineering with an emphasis in Materials Engineering Property data, manufacturers, and more
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Guides: MSE-MTE Materials Engineering Research Guide: Handbooks, Encyclopedias
2017Co-Authors: Paul HottingerAbstract:This guide will provide research information to support the Masters of Science in Engineering with an emphasis in Materials Engineering
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Guides: MSE-MTE Materials Engineering Research Guide: Find Articles
2017Co-Authors: Paul HottingerAbstract:This guide will provide research information to support the Masters of Science in Engineering with an emphasis in Materials Engineering
Debjani Mukhopadhyay - One of the best experts on this subject based on the ideXlab platform.
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UTEP Library Research Guides: Metallurgical and Materials Engineering: Avoiding Plagiarism
2015Co-Authors: Debjani MukhopadhyayAbstract:UTEP Library Research Guides. Metallurgical and Materials Engineering. Avoiding Plagiarism.
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UTEP Library Research Guides: Metallurgical and Materials Engineering: Dissertations & Theses @ UTEP
2015Co-Authors: Debjani MukhopadhyayAbstract:UTEP Library Research Guides. Metallurgical and Materials Engineering. Dissertations & Theses @ UTEP.
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UTEP Library Research Guides: Metallurgical and Materials Engineering: How to Find Sources
2015Co-Authors: Debjani MukhopadhyayAbstract:UTEP Library Research Guides. Metallurgical and Materials Engineering. How to Find Sources.
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UTEP Library Research Guides. Metallurgical and Materials Engineering. Journals through A-B.
2015Co-Authors: Debjani MukhopadhyayAbstract:UTEP Library Research Guides. Metallurgical and Materials Engineering. Journals through A-B.
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UTEP Library Research Guides: Metallurgical and Materials Engineering: How to Use Library Resources
2015Co-Authors: Debjani MukhopadhyayAbstract:UTEP Library Research Guides. Metallurgical and Materials Engineering. How to Use Library Resources.
Mechanical - One of the best experts on this subject based on the ideXlab platform.
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UWA Handbook, Unit Information for Materials Engineering 2 (MATE2412)
2008Co-Authors: MechanicalAbstract:Unit information for Materials Engineering 2 (MATE2412), a unit offered by the University of Western Australia.
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UWA Handbook, Unit Information for Materials Engineering Project (MATE4411)
2003Co-Authors: MechanicalAbstract:Unit information for Materials Engineering Project (MATE4411), a unit offered by the University of Western Australia.
K. Vadaparty - One of the best experts on this subject based on the ideXlab platform.
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A scientific database system for polymers and Materials Engineering needs
Seventh International Working Conference on Scientific and Statistical Database Management, 1994Co-Authors: G. Ozsoyoglu, Z.m. Ozsoyoglu, K. VadapartyAbstract:This paper describes the environment, the issues and the progress made in developing a database management system for managing data generated by fracture study experiments in polymers and Materials Engineering. The experiment data produced by Materials engineers is large and has several data types that include summary data, image data, spatial data, and temporal data obtained by applying differing amounts of multiaxial stresses to Materials at different times. The types of queries on the experiment data include statistical queries, matching queries, mapping queries, and spatiotemporal queries. We discuss the data model, query language, and spatial data structure issues associated with our environment, and how they translate into specific research problems. We also briefly summarize the progress made in each area.
G. Ozsoyoglu - One of the best experts on this subject based on the ideXlab platform.
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A scientific database system for polymers and Materials Engineering needs
Seventh International Working Conference on Scientific and Statistical Database Management, 1994Co-Authors: G. Ozsoyoglu, Z.m. Ozsoyoglu, K. VadapartyAbstract:This paper describes the environment, the issues and the progress made in developing a database management system for managing data generated by fracture study experiments in polymers and Materials Engineering. The experiment data produced by Materials engineers is large and has several data types that include summary data, image data, spatial data, and temporal data obtained by applying differing amounts of multiaxial stresses to Materials at different times. The types of queries on the experiment data include statistical queries, matching queries, mapping queries, and spatiotemporal queries. We discuss the data model, query language, and spatial data structure issues associated with our environment, and how they translate into specific research problems. We also briefly summarize the progress made in each area.
