Microstructure Formation Pathways In Tantalum Carbides,
2012
The University of Alabama
Microstructure Formation Pathways In Tantalum Carbides, Gregory Thompson, Robert Morris, Billie Wang, Bardford Schulz, Nick Deleon, Christopher Weinberger, Daniel Butts, Stephan Diepetrio, Lawrence Matson
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
First Principles Investigation On Chemical Bonding Of Transition Metal Borides And Carbides,
2012
Aerospace Research Institute of Material & Processing Technology
First Principles Investigation On Chemical Bonding Of Transition Metal Borides And Carbides, Junshan Wang, Yanchun Zhou
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Fabrication Of Tac-Hfc Ceramics For Ultra-High Temperature Applications,
2012
Imperial College London
Fabrication Of Tac-Hfc Ceramics For Ultra-High Temperature Applications, Omar Cedillos, Doni Jayaseelan, Bill Lee
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Densification And High Temperature Properties Of Zrb2 And Tib2-Based Composites,
2012
Department of Materials Science and Engineering, Indian Institute of Technology
Densification And High Temperature Properties Of Zrb2 And Tib2-Based Composites, Neha Gupta, G.B. Raju, Bikramjit Basu
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Microstructure, Tribological Response, And Mechanical Properties Of Fiber Bonded Silicon Carbide Ceramics,
2012
Universidad de Sevilla
Microstructure, Tribological Response, And Mechanical Properties Of Fiber Bonded Silicon Carbide Ceramics, M.C. Vera, J. Ramirez, J. Martinez, M. Singh
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Effects Of Carbon On The Processing And Thermal Properties Of Hot Pressed Zrb2,
2012
Department of Materials Science and Engineering Missouri University of Science and Technology
Effects Of Carbon On The Processing And Thermal Properties Of Hot Pressed Zrb2, Greg Harrington, Greg Hilmas, William Fahrenholtz
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Ultra High Temperature Mechanical Testing Of Zrb2 Ceramics,
2012
Materials Science and Engineering Department Missouri University of Science and Technology
Ultra High Temperature Mechanical Testing Of Zrb2 Ceramics, Eric Neuman, Gregory Hilmas, William Fahrenholtz
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Characterization Of Mechanically Activated Zirconium Diboride (Zrb2) Powders,
2012
Dulpinar University
Characterization Of Mechanically Activated Zirconium Diboride (Zrb2) Powders, Mustafa Tuncer
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Ultra-High Temperature Ceramics Research At Afrl,
2012
Materials and Manufacturing Directorate Air Force Research Laboratory
Ultra-High Temperature Ceramics Research At Afrl, M.K. Cinibulk, T.A. Parthasarathy
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Sintering And Densification Of Uhtcs,
2012
Institute of Science and Technology for Ceramics
Sintering And Densification Of Uhtcs, Diletta Sciti, Laura Silvestroni, Stefano Guicciardi, Frederic Monteverde
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Sol-Gel Synthesis And Characterization Of Hfb2 Powders,
2012
Loughborough University
Sol-Gel Synthesis And Characterization Of Hfb2 Powders, Saranya Venugopal, Anish Paul, Jon Binner, Bala Vaidhyanathan, Peter Brown
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Fabrication, Properties, And Arc-Jet Testing Of Zrb2-Based Composites Containing Short Sic Fibers,
2012
ISTEC-CNR, Italy
Fabrication, Properties, And Arc-Jet Testing Of Zrb2-Based Composites Containing Short Sic Fibers, Frederic Monteverde, Diletta Sciti, Laura Silvestroni, Davide Alfano, Raffaele Savino
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Interfacial Coatings On Carbon Fibers,
2012
Institute of Solid Sate Chemistry&Mechanochemistry SB RAS
Interfacial Coatings On Carbon Fibers, N. Baklanova, T. Zima, N. Morozova, I. Igumenov
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Program,
2012
Engineering Conferences International
Program, Engineering Conferences International
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Poster 4. Microstructure And Mechanical Properties Of Zrb2-Nb Composites,
2012
Science and Technology of Advanced Functional Composite Materials Laboratory, Aerospace Research Institute of Material and Processing Technology
Poster 4. Microstructure And Mechanical Properties Of Zrb2-Nb Composites, Sun Xin
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Elevated Temperature Deformation Mechanisms In Ta2c,
2012
Department of Metallurgical & Materials Engineering The University of Alabama
Elevated Temperature Deformation Mechanisms In Ta2c, Nicholas De Leon, Billie Wang, Gregory Thompson, Christopher Weinberger
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Ultra-High Temperature Ceramics: Historic Perspectives And Recent Progress,
2012
Missouri University of Science and Technology
Ultra-High Temperature Ceramics: Historic Perspectives And Recent Progress, W.G. Fahrenholtz, G.E. Hilmas
Ultra-High Temperature Ceramics: Materials For Extreme Environmental Applications II
No abstract provided.
Nanocharacterization Of Porous Materials With Atomic Force Microscopy,
2012
Institute of Materials Science
Nanocharacterization Of Porous Materials With Atomic Force Microscopy, Yasemin Kutes
Master's Theses
Scanning Probe Microscopy techniques have proven very useful in the investigation of porous nanostructured surfaces. Especially, Atomic Force Microscopy (AFM) has been widely used due to its compatibility with non-conducting surfaces. In particular, AFM often complements other techniques like scanning and transmission electron microscopy by providing quantitative surface information coupled with nanoscale spatial resolution. Its ability to operate in fluid is also important, as this allows researchers to mimic the physiological environment of biological materials and systems. In this work, two main types of porous materials are studied with AFM, including Phosphoric Acid Fuel Cell (PAFC) electrode catalyst layers, and …
Advanced Design Optimization For Composite Structure: Stress Reduction, Weight Decrease And Manufacturing Cost Savings,
2012
University of Connecticut
Advanced Design Optimization For Composite Structure: Stress Reduction, Weight Decrease And Manufacturing Cost Savings, Shayan Ahmadian
Master's Theses
An injection moldable chopped fiber composite actuator with detailed drawing and tolerances was designed within one year. A vendor was selected and a quote for injection molding tooling cost for production was obtained and the first prototype was built in addition of six months. The risks are identified and material characterization tests are proposed.
The objective of this project was redesigning an aluminum made actuator with a continuous fiber composite for weight saving purposes. After searching the literature and consulting with experts in the field it was concluded that manufacturing costs associated with continuous fiber composite are 3 times as …
Correlation Between 90o Tensile And 90o Flexural Properties For Thermoplastic Based Carbon-Fiber Composites,
2012
California Polytechnic State University - San Luis Obispo
Correlation Between 90o Tensile And 90o Flexural Properties For Thermoplastic Based Carbon-Fiber Composites, Amy Lautenbach
Materials Engineering
Thermoplastic matrix composites containing carbon fibers and 4 different resins (TP 1-TP 4) were tested in tension with the fibers at 90 degree to the longitudinal axis following ASTM D 3039-00. The tensile strengths varied from 5.07-13.87 ksi with TP 1 as the strongest, and TP 4 as the weakest. SEM images were taken of the fracture surface of the samples to explore the fiber-matrix interaction. The SEM images showed significantly more wetting of the fibers in the higher strength materials. The SEM images of the two stronger materials showed resin coating the fibers even after fracture while the two …
