Oral presentation

IV. Nuclear Fuel Cycle and Nuclear Materials » 402-1 Nuclear Materials and the Irradiation Behavior

[2J10-14] Fuel Cladding Tube 2

Tue. Mar 28, 2017 4:10 PM - 5:40 PM Room J (16-305 Building No.16)

Chair: Yoshitaka Matsukawa (Tohoku Univ.)

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4:10 PM - 4:25 PM

[2J10] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(6)Hot steam oxidation resistance of FeCrAl-ODS steels

*Toma Maeda¹, Shigeharu Ukai¹, Hiroki Shibata¹, Naoko Oono¹, Kan Sakamoto², Tadahiko Torimaru², Takeji Kaito³, Akihiko Kimura⁴, Shigenari Hayashi⁵ (1. Hokkaido university, 2. Nippon Nuclear Fuel Development, 3. Japan Atomic Energy Agency, 4. Kyoto university, 5. Tokyo Institute of Technology)

4:25 PM - 4:40 PM

[2J11] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(7)Thermal aging effects (Age-hardening/embrittlement)

*Kiyohiro Yabuuchi¹, Akihiko Kimura¹, Tadahiko Torimaru², Takeji Kaito⁴, Shigenari Hayashi⁵, Naoko Oono³, Shigeharu Ukai³ (1. IAE, Kyoto Univ., 2. NFD, 3. Hokkaido Univ., 4. JAEA, 5. Tokyo Institute of Technology)

4:40 PM - 4:55 PM

[2J12] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(8)a/a¢ phase separation effects (Evaluation summary)

Akihiko Kimura¹, *Kiyohiro Yabuuchi¹, Tadahiko Torimaru², Shigeharu Ukai³, Naoko Oono³, Takeji Kaito⁴, Shigenari Hayashi⁵ (1. IAE, Kyoto University, 2. NFD, 3. Hokkaido University, 4. JAEA, 5. TIT)

4:55 PM - 5:10 PM

[2J13] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(9)High temperature reaction with UO₂, LOCA simulation test

*Tadahiko Torimaru¹, Kan Sakamoto¹, Shigeharu Ukai², Naoko Oono², Takeji Kaito³, Akihiko Kimura⁴, Shigenari Hayashi⁵ (1. NFD, 2. Hokkaido Univ., 3. JAEA, 4. Kyoto Univ., 5. Tokyo Tech Univ.)

5:10 PM - 5:25 PM

[2J14] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(10)Applicability to LWR fuel claddings

*Kan Sakamoto¹, Tadahiko Torimaru¹, Shigeharu Ukai², Naoko Oono², Takeji Kaito³, Akihiko Kimura⁴, Shigenari Hayashi⁵ (1. NFD, 2. Hokkaido Univ., 3. JAEA, 4. Kyoto Univ., 5. Tokyo Institute of Technology)

Time reserved for Chair (5:25 PM - 5:35 PM)

Session information

[2J10-14] Fuel Cladding Tube 2

[2J10] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(6)Hot steam oxidation resistance of FeCrAl-ODS steels

[2J11] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(7)Thermal aging effects (Age-hardening/embrittlement)

[2J12] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(8)a/a¢ phase separation effects (Evaluation summary)

[2J13] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(9)High temperature reaction with UO₂, LOCA simulation test

[2J14] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(10)Applicability to LWR fuel claddings

Authentication

Session information

[2J10-14] Fuel Cladding Tube 2

[2J10] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(6)Hot steam oxidation resistance of FeCrAl-ODS steels

[2J11] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(7)Thermal aging effects (Age-hardening/embrittlement)

[2J12] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(8)a/a¢ phase separation effects (Evaluation summary)

[2J13] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(9)High temperature reaction with UO2, LOCA simulation test

[2J14] R&D of ODS ferritic steel cladding for maintaining fuel integrity at accident condition (3)

(10)Applicability to LWR fuel claddings

Authentication

(9)High temperature reaction with UO₂, LOCA simulation test