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Zulafif Rahim1, d, Milan Brandt1,e , and John Mo1,f 1School of Aerospace, Mechanical and Manufacturing Engineering, RMIT University, Bundoora, Victoria, 3085, Australia aemail: s3406249@student.rmit.edu.au, bemail: s3198727@student.rmit.edu.au, cemail: songlin.ding@rmit.edu.au, demail: mohammadzulafif.rahim@rmit.edu.au, eemail: milan.brandt@rmit.edu.au, femail: john.mo@rmit.edu.au Keywords: Electrical discharge grinding, electrode wheel speed, polycrystalline diamond, discharge process.
Acknowledgements This research was supported by the Advanced Manufacturing Corporate Research Centre under the Australian Governments Cooperative Research Centre's Program as Project No. 2.2.1.
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For identification of various failure modes in post impacted/indented glass-fiber-reinforced plastic, techniques like pattern recognition method and advanced signal processing were employed in work [9-11].
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The width of diffusion layer at 1323K is about 2.5 times the one at 1023K. 2) The widths of simulation diffusion layer are similar to the test data under 1023K/30MPa/7200s, 1023K/40MPa/7200s, 1023K/50MPa/7200s and 1023K/60MPa/7200s, and the relationship between the width of diffusion layer of Be and Fe (x/μm) and the diffusion pressure (p/MPa) is the following equation . 0≤ p≤60 MPa 3) The simulation curve between the width of diffusion layer of Be and Fe (x/μm) and the holding time (t/s) is following equation under 1023K/7200s. 0≤ t≤7200s References [1] Xu Di, Ling Xiang: Materials Science Forum Vol.575-578(2008), p.666
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Introduction Rapid development of industry especially aero-engines and power engineering requires hightemperature materials such as Ni-base superalloys to be used at higher service temperatures.
For higher thermal efficiency and environmental protection the development of advanced fossil power plants require higher steam temperatures.
Fig. 3 Grain boundary phase precipitation behaviour changes with the variation of Al, Ti and Nb (a)Alloy A: conventional 718 alloy (b)Alloy C: 718 type alloy with 1.25%Al, 1%Ti and 5.15%Nb Fig. 4 Typical micro-structure of a modified 718 Alloy C after long time aging In result of our research work [4] the chemical composition of advanced modified 718 alloy (5055%Ni, 17-21%Cr, 2.8-3.3%Mo, 5.2-5.5%Nb, 0.8-1.3%Al,0.7-1.15%Ti, 0-1%W,0.012-0.015%P, 0.005-0.01%B and Fe in balance) has been suggested for further development and is planning to be used at the temperature range of 680-700℃.
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NCEER-88-0038, National Center for Earthquake Engineering Research.
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Hence, Fe3O4 extracted from the low-cost mill scale would be a promising advanced adsorbent in environmental pollution cleanup.
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AM3 and MC2 alloys were developed by ONERA to meet the requirements of Turbomeca for its advanced helicopter engines.
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Modeling a Compact Sintering Process based on Biomass Fuels Jose Adilson de Castro1, a, Alexandre Furtado Ferreira2,b, Marcos Flavio de Camps2,c, Ivaldo Leão Ferreira2,d 1 Federal Fluminense University - Graduate Program on Metallurgical Engineering and Mechanical Engineering- Volta Redonda, RJ, Brazil, 27255-125 Tel: +55 24-2107-3756 and visiting prof. at GIFT-Postech - Korea 2 Federal Fluminense University - Graduate Program on Metallurgical Engineering and Mechanical Engineering- Volta Redonda, RJ, Brazil, 27255-125 Tel: +55 24-2107-3756 ajosedilsoncastro@id.uff.br, bfurtado@metal.eeimvr.uff.br, cmfdcampo@uol.com.br, dileao@metal.eeimvr.uff.br Keywords: Sintering process; Modeling; Fuels; Biomass Abstract.
A base case representing a possible actual industrial operation of the sintering machine is used in order to compare different scenarios of possible operations which represents advanced operations techniques.
Sasaki: Advanced Mat.
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Improved formability can be attained with elevated forming temperature, heat treatments, and advanced forming technologies.
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