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Publication List - Loris Signori (18 entries)
- 2027
- 2026
- 2025
- 2024
- 2023
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Journal Paper
International Conference (Reviewed)
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H. Wakabayashi,
L. J. Signori,
A. Shaaban,
R. Yamagata,
H. Nakashima,
M. Takeyama.
Design Approaches and Achievements of Novel Wrought TiAl Alloys for Jet Engine Applications,
2018 MRS Fall Meeting & Exhibit,
MRS Advances,
2019 Materials Research Society,
pp. 1465-1470,
May 2019.
Official location
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Yotaro Okada,
Loris J. Signori,
Ryosuke Yamagata,
Hirotoyo Nakashima,
Masao Takeyama.
In Situ SEM Observation and Measurement of Strain Localization During Tensile in γ-TiAl Based Alloys,
2018 MRS Fall Meeting & Exhibit,
2018 MRS Fall Meeting & Exhibit,
MRS,
p. 1716,
Nov. 2018.
Official location
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Loris Signori,
Taiki Nakamura,
Yotaro Okada,
Hirotoyo Nakashima,
Masao Takeyama.
Effect of microstructure containing β-Ti phase on crack propagation behavior of wrought γ-TiAl based alloys,
Intermetallics 2017 International Conference,
Karlsruher Institut for Tech.,
Karlsruher Institut for Technologie,
pp. 169-170,
Oct. 2017.
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L. Signori,
H. Nakashima,
M. Takeyama.
Phase Equilibria among β-Ti/α2-Ti3Al/γ-TiAl Phases in Ti-Al-M Ternary Systems at 1273 K,
5th International Workshop on Titanium Aluminides(IWTA2016-Tokyo),
5th International Workshop on Titanium Aluminides IWTA2016-Tokyo Program and Abstracts,
5th International Workshop on Titanium Aluminides,
Aug. 2016.
Official location
Domestic Conference (Reviewed)
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Yotaro Okada,
Loris Signori,
Ryosuke Yamagata,
Hirotoyo Nakashima,
MASAO TAKEYAMA.
γ-TiAl基合金における引張変形中の局所ひずみの定量化,
日本金属学会2018年秋期講演(第163回)大会,
日本金属学会2018年秋期講演(第163回)大会講演概要集DVD.,
日本金属学会.,
Aug. 2018.
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Ryosuke Yamagata,
Loris Signori,
Yotaro Okada,
Hirotoyo Nakashima,
MASAO TAKEYAMA.
鍛造γ-TiAl基合金の室温延性および疲労き裂進展特性に対するβ-Ti相の効果,
日本金属学会2018年秋期講演(第163回)大会,
日本金属学会2018年秋期講演(第163回)大会講演概要集DVD,
日本金属学会,
Aug. 2018.
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Loris SIGNORI,
Yotaro OKADA,
Kenta MURATA,
Ryosuke YAMAGATA,
Hirotoyo NAKASHIMA,
Masao TAKEYAMA.
Effect of temperature on fatigue crack growth propagation ofwrought γ-based TiAl alloy containing β-phase,
日本金属学会2018 年春期(第162 回)講演大会,
日本金属学会2018 年春期(第162 回)講演大会プログラム,
日本金属学会,
Vol. 57,
No. 3,
Mar. 2018.
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Yotaro Okada,
Taiki Nakamura,
Loris Signori,
Ryosuke Yamagata,
Hirotoyo Nakashima,
MASAO TAKEYAMA.
鍛造TiAl 基合金の疲労き裂進展抵抗に及ぼすβ/γ Duplex 組織の役割,
日本金属学会2018 年春期(第162 回)講演大会,
日本金属学会2018 年春期(第162 回)講演大会プログラム,
日本金属学会,
Vol. 57,
No. 3,
Mar. 2018.
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Loris SIGNORI,
Taiki NAKAMURA,
Yotaro OKADA,
Ryosuke YAMAGATA,
Hirotoyo NAKASHIMA,
Masao TAKEYAMA.
The effect β/γ duplex microstructure on fatigue crack growth behavior of wrought γ-TiAl based alloys,
日本金属学会第161回秋期講演大会,
日本金属学会講演概要集,
日本金属学会,
Sept. 2017.
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Loris SIGNORI,
Hirotoyo NAKASHIMA,
Satoru KOBAYASHI,
Masao TAKEYAMA.
Microstructure Contrul and Fatigue Properties of Wought TiAl Alloy with Mn,
日本金属学会第160回春期講演大会,
日本金属学会講演概要集,
Mar. 2017.
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Loris SIGNORI,
Hirotoyo NAKASHIMA,
Satoru KOBAYASHI,
Masao TAKEYAMA.
Microstructure Contrul and Fatigue Properties of Wought TiAl Alloy with Mn,
日本金属学会第160回春期講演大会,
日本金属学会講演概要集,
Mar. 2017.
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Loris SIGNORI,
Hirotoyo NAKASHIMA,
Satoru Kobayashi,
Masao TAKEYAMA.
Change in phase equilibria among β-Ti/α-Ti/α2-Ti3Al/γ-TiAl phases between 1473K and 1273K in Ti-Al-Mn system,
日本金属学会2016年秋期講演大会,
日本金属学会2016年秋期講演大会プログラム,
日本金属学会,
Sept. 2016.
Official location
International Conference (Not reviewed / Unknown)
Domestic Conference (Not reviewed / Unknown)
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Loris SIGNORI,
Yotaro OKADA,
Taiki NAKAMURA,
Ryosuke YAMAGATA,
Hirotoyo NAKASHIMA,
Masao TAKEYAMA.
Role of β/γ Duplex Microstructure on Crack Propagation of Wrought γ-based Titanium Aluminides at Ambient Temperature,
日本学術振興会耐熱金属材料第123委員会設立60周年記念国際シンポジウム,
日本学術振興会耐熱金属材料第123委員会設立60周年記念シンポジウム研究報告,
日本学術振興会,
Vol. 58,
No. 3,
p. 413-414,
Nov. 2017.
Degree
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Microstructure Control and Fatigue Crack Growth Behavior of Wrought γ-based TiAl Alloys Containing β-Ti Phase,
Exam Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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Microstructure Control and Fatigue Crack Growth Behavior of Wrought γ-based TiAl Alloys Containing β-Ti Phase,
Thesis,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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Microstructure Control and Fatigue Crack Growth Behavior of Wrought γ-based TiAl Alloys Containing β-Ti Phase,
Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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