Search Results - "Matsugi, K"

Development of Intermetallic Compounds Reinforced Al Alloy Composites Using Reaction of Porous Nickel and Aluminum by Choi, Y. B., Matsugi, K., Sasaki, G.

“…A new process is proposed to fabricate an intermetallic compound reinforced aluminum alloy matrix composite using the reaction between porous nickel and molten…”
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Manufacturing process of dispersed intermetallic compounds Al alloy composites by using porous nickel by Choi, YB, Matsugi, K, Sasaki, G

“…A new process is proposed to fabricate an intermetallic compound-reinforced aluminum alloy matrix composite using the reaction between porous nickel and molten…”
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Development of Manufacturing Method for Porous SiO2 Using Decarburization Process by Choi, Y. B., Imanishi, M., Matsugi, K., Sasaki, G.

“…The objective of this work is to develop a manufacturing method for porous SiO2. Porous SiO2 was fabricated by decarburization after sintered at 1472 K with…”
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Observation of particle behavior in copper powder compact during pulsed electric discharge by Yanagisawa, O., Kuramoto, H., Matsugi, K., Komatsu, M.

“…The behavior of spherical copper powder particles of uniform size (average diameter: 550 μm) in a powder compact was observed under an optical microscope…”
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Strength Anisotropy of NITE-SiC/SiC Composite by Various Failure Modes by Choi, Y. B., Hinoki, T., Ozawa, K., Katoh, Y., Matsugi, K., Kelimu, T.

“…SiC/SiC composite is a candidate material for demonstration fusion power reactor (DEMO). To identify the inherent anisotropy of composites, it requires…”
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Temperature distribution at steady state under constant current discharge in spark sintering process of Ti and Al2O3 powders by Matsugi, K., Kuramoto, H., Hatayama, T., Yanagisawa, O.

“…Obtaining the distribution of the voltage and temperature of the punch–die–compact systems in the spark sintering process is useful for generalization of its…”
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SU‐E‐J‐30: Evaluation of 3D and 4D Delivered Dose with AAA and XVMC Dose Calculation Algorithms in Stereotactic Body Radiation Therapy for Lung Cancer by Matsugi, K, Sawada, A, Nakamura, M, Miyabe, Y, Yamauchi, C, Hiraoka, M

“…Purpose: To evaluate delivered dose differences between 3D and 4D dose calculation with AAA and XVMC in Stereotactic Body Radiation Therapy lung cancer…”
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Interfacial Reaction in AZ91D Magnesium Alloy Matrix Composite Reinforced with Aluminum Borate Whisker by Wang, W. G., Matsugi, K., Fukushima, H., Sasaki, G.

“…AZ91D magnesium alloy reinforced with aluminum borate whisker (Al18B4O33w, denoted by ABOw) was fabricated by squeeze-casting. The heat treatment (T4) was…”
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A case study for production of perfectly sintered complex compacts in rapid consolidation by spark sintering by Matsugi, K., Kuramoto, H., Yanagisawa, O., Kiritani, M.

“…The distribution of voltage, temperature and titanium-compact density in the spark sintering was investigated for clarification of phenomena in the sintering…”
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Application of electric discharge process in joining aluminum and stainless steel sheets by Matsugi, K., Wang, Y., Hatayama, T., Yanagisawa, O., Syakagohri, K.

“…By the process using electric energy, two-ply sheet laminates of aluminum (A1100)–stainless steel (SUS430) have been made without the reduction in the…”
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Joining of spheroidal graphite cast iron to stainless steel by impact-electric current discharge joining by Matsugi, K, Konishi, M, Yanagisawa, O, Kiritani, M

“…Joining has been carried out between FCD450/SUS304 samples to investigate the influence of joining conditions on joint properties, by an impact-electric…”
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Impact properties of spark sintered titanium aluminides at elevated temperatures by Matsugi, K, Hatayama, T, Yanagisawa, O

“…The two kinds of spark sintered titanium aluminides, series 1 (70% TiAl, 30% TiAl/Ti3Al lamella) and series 2 (10% TiAl, 90% TiAl/Ti3Al lamella) specimens,…”
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TU‐EE‐A3‐06: Impact of Respiratory Velocity On Target Volume Using 4DCT by Nakamura, M, Narita, Y, Matsugi, K, Matsuo, Y, Nakata, M, Mizowaki, T, Hiraoka, M

“…Purpose: To assess the impact of respiratory velocity on target volume using four‐dimensional computed tomography (4DCT). Method and Materials: A 20 mm…”
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Aging Behaviors in AZ91D/Al18B4O33w Composite Fabricated by Squeeze Casting by Wang, W. G., Chang, K. C., Matsugi, K., Sasaki, G.

“…Aluminum borate whisker (Al18B4O33w, denoted by ABOw) reinforced AZ91D (Mg-9.1 mass%Al-0.7 mass%Zn) magnesium alloy composite was fabricated by squeeze…”
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Thermoelectric properties of β-FeSi2 with Si dispersoids formed by decomposition of α-Fe2Si5 based alloys by JIANG, J. X, SASAKAWA, T, MATSUGI, K, SASAKI, G, YANAGISAWA, O

“…The microstructures of Fe2Si5 based alloys fabricated by spark plasma sintering and the subsequent heat treatment were investigated by X-ray diffraction (XRD)…”
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Effects of Aging Treatment on the Bending Strength in AZ91D/Al18B4O33w Composite by Wang, W. G., Li, W. L., Chang, K. C., Matsugi, K., Sasaki, G.

“…Aluminum borate whisker (Al18B4O33w, denoted by ABOw) reinforced AZ91D (Mg-Al-Zn) magnesium alloy composites were prepared by squeeze casting. The composite…”
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Erratum to “Joining of spheroidal graphite cast iron to stainless steel by impact-electric current discharge joining” by Matsugi, K., Konishi, M., Yanagisawa, O., Kiritani, M.

“…Joining has been carried out between FCD450/SUS304 samples to investigate the influence of joining conditions on joint properties, by an impact-electric…”
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Design and manufacture of an impact–electric current discharge joining machine by Matsugi, K., Konishi, M., Yanagisawa, O., Komatsu, M.

“…An impact–electric current discharge joining machine, which can simultaneously apply impact load and electric current, has been designed and manufactured to…”
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Effect of heterogeneous precipitation on age-hardening of Al2O3 particle dispersion Al-4mass%Cu composite produced by mechanical alloying by ARAKAWA, S, HATAYAMA, T, MATSUGI, K, YANAGISAWA, O

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Conduction type evolution during eutectoid decomposition of Mn-added α-Fe2Si5 alloy by JIANG, J. X, MATSUGI, K, SASAKI, G, YANAGISAWA, O

“…An n-type conduction of the Mn-doped beta-FeSi2 phase was observed in the isothermal annealing of the alpha-Fe2Si5 based alloy. Investigations of…”
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