Poster presentation

[P-A5] Non-ferrous Materials

2017年11月7日(火) 19:00 〜 20:30 Room D_P-5 (2F, International Conference Hall III)

Core Time: November 7 (Tue) 19:00-20:30
Presentation Time:odd number;19:00-19:45 even number:19:45-20:30

19:00 〜 20:30

[P-A5-01] Direct joining between metal and polymer using protruding anchor layer fabricated by laser-induced combustion synthesis

*Seung Gwang KIM¹, Asuka SUZUKI², Naoki TAKATA², Makoto KOBASHI² (1. Graduate student, Nagoya University(Japan), 2. Graduate school of Engineering, Nagoya University(Japan))

Oral presentation

[9E-A5] Non-ferrous Materials

2017年11月9日(木) 09:20 〜 11:30 Room E (2F, Conference Room III)

Chairperson: Makoto KOBASHI (Nagoya University, Japan), Chairperson: Katsuyoshi KONDOH (Osaka University, Japan)

+全てマイスケジュールに登録

09:20 〜 09:45

[9E-A5-01] [INVITED] Current status of PM Aluminum in Europe and the US

J.Gradl¹, *Bernhard MAIS¹ (1. Kymera International, ECKA Granules Germany GmbH (Germany))

09:45 〜 10:10

[9E-A5-02] [INVITED] SHS-based powder technologies for design of advanced high-temperature materials

Combustion synthesis of refractory solid solution and intermetallic materials

*Evgeny Alexandrovich Levashov¹, Victoria Vladimirovna KURBATKINA¹, Yury Sergeevich POGOZHEV¹, Alexander Anatol'evich ZAITSEV¹, Yury Yur'evich KAPLANSKII¹ (1. National University of Science and Technology (Russia))

10:10 〜 10:30

[9E-A5-03] Solid solution strengthening mechanisms of PM α-Ti materials with zirconium and oxygen atoms via thermal decomposition of ZrO₂ additives in sintering

*Mizuki FUKUO¹, Shota KARIYA¹, Junko UMEDA¹, Katsuyoshi KONDOH¹ (1. Joining and Welding Research Institute Osaka University(Japan))

10:30 〜 10:50

[9E-A5-04] Strengthening mechanism of α-Ti materials by synergy effect of substitutional and interstitial solid solution via powder metallurgy

*Shota KARIYA¹, Mizuki FUKUO¹, Junko UMEDA¹, Masato YOSHIYA², Katsuyoshi KONDOH¹ (1. JWRI, Osaka University(Japan), 2. Department of Adaptive Machine Systems, Osaka University(Japan))

10:50 〜 11:10

[9E-A5-05] Wear resistance of the developed TiB reinforced titanium metal matrix composites fabricated via blended elemental powder metallurgy process

*Katsuomi Shiina¹, Yoshihisa Ueda¹, Tadahiko Furuta² (1. FINE SINTER CO., LTD.(Japan), 2. TOYOTA CENTRAL R&D LABS., INC.(Japan))

11:10 〜 11:30

[9E-A5-06] Development of tungsten containing neodymium oxide, an Alternative Material for ThO₂-W Used for Plasma Cathodes

*Tatsuya MOURI¹, Kouji FUJII¹, Katsuyuki MORII², Tadao UETSUKI³, Takayuki WATANABE⁴ (1. Nippon Tungsten Co., Ltd.(Japan), 2. HIMEJI RIKA Co., Ltd.(Japan), 3. TSUYAMA National College of Technology(Japan), 4. KYUSHU University(Japan))

セッション一覧

A » A-5:Non-ferrous Materials

[P-A5] Non-ferrous Materials

[P-A5-01] Direct joining between metal and polymer using protruding anchor layer fabricated by laser-induced combustion synthesis

[9E-A5] Non-ferrous Materials

[9E-A5-01] [INVITED] Current status of PM Aluminum in Europe and the US

[9E-A5-02] [INVITED] SHS-based powder technologies for design of advanced high-temperature materials

Combustion synthesis of refractory solid solution and intermetallic materials

[9E-A5-03] Solid solution strengthening mechanisms of PM α-Ti materials with zirconium and oxygen atoms via thermal decomposition of ZrO₂ additives in sintering

[9E-A5-04] Strengthening mechanism of α-Ti materials by synergy effect of substitutional and interstitial solid solution via powder metallurgy

[9E-A5-05] Wear resistance of the developed TiB reinforced titanium metal matrix composites fabricated via blended elemental powder metallurgy process

[9E-A5-06] Development of tungsten containing neodymium oxide, an Alternative Material for ThO₂-W Used for Plasma Cathodes

認証

セッション一覧

A » A-5:Non-ferrous Materials

[P-A5] Non-ferrous Materials

[P-A5-01] Direct joining between metal and polymer using protruding anchor layer fabricated by laser-induced combustion synthesis

[9E-A5] Non-ferrous Materials

[9E-A5-01] [INVITED] Current status of PM Aluminum in Europe and the US

[9E-A5-02] [INVITED] SHS-based powder technologies for design of advanced high-temperature materials

Combustion synthesis of refractory solid solution and intermetallic materials

[9E-A5-03] Solid solution strengthening mechanisms of PM α-Ti materials with zirconium and oxygen atoms via thermal decomposition of ZrO2 additives in sintering

[9E-A5-04] Strengthening mechanism of α-Ti materials by synergy effect of substitutional and interstitial solid solution via powder metallurgy

[9E-A5-05] Wear resistance of the developed TiB reinforced titanium metal matrix composites fabricated via blended elemental powder metallurgy process

[9E-A5-06] Development of tungsten containing neodymium oxide, an Alternative Material for ThO2-W Used for Plasma Cathodes

認証

[9E-A5-03] Solid solution strengthening mechanisms of PM α-Ti materials with zirconium and oxygen atoms via thermal decomposition of ZrO₂ additives in sintering

[9E-A5-06] Development of tungsten containing neodymium oxide, an Alternative Material for ThO₂-W Used for Plasma Cathodes