Oral presentation

III. Fission Energy Engineering » 305-3 Reactor Design, Construction and Examination of Nuclear Power Station, Aseismatic Design, Nuclear Ship

[3B05-09] BWR PCV Design and AP1000 Test Run

Fri. Sep 15, 2017 10:35 AM - 12:00 PM Room B (B12 - B1 Block)

Chair:Yoshihiro Kojima (TOSHIBA)

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10:35 AM - 10:50 AM

[3B05] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(14)Opening Part Test

*Junki Ota¹, Shigehiro Mimori¹, Shizuka Hirako², Kazuya Ohta³, Tadashi Tamura³, Ryoichi Nagayama⁴ (1. TOSHIBA COPORATION, 2. Hitachi-GE Nuclear Energy, Ltd., 3. SHIMIZU CORPORATION, 4. The Chugoku Electric Power Co., Inc.)

10:50 AM - 11:05 AM

[3B06] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(15)Pressure Test of Cylindrical Steel Plate Reinforced Concrete Structure

*Hiroyuki Nouji¹, Shintaro Narita¹, Masashi Tanabe², Takashi Okayasu³, Junya Kawada³, Ryoichi Nagayama⁴ (1. Hitachi-GE Nuclear Energy,Ltd., 2. Toshiba Corporation, 3. Kajima Corporation, 4. The Chugoku Electric Power CO.,INC. )

11:05 AM - 11:20 AM

[3B07] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(16)Applicability Evaluation to Primary Containment Vessel of BWRs

*Yu Kuwada¹, Yukiharu Ohga¹, Junki Ota², Shohei Sawada³, Isao Kojima⁴, Ryoichi Nagayama⁵ (1. Hitachi-GE Nuclear Energy, Ltd., 2. Toshiba Corporation, 3. Kajima Corporation, 4. Shimizu Corporation, 5. The Chugoku Electric Power Co., Inc.)

11:20 AM - 11:35 AM

[3B08] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(17)Improvement of Structural Integrity Evaluation Method for Primary Containment Vessel

*Masashi Tanabe¹, Yasumi Kitajima¹, Masaaki Osaka², Takahiro Momma³, Isao Kojima⁴, Ryoichi Nagayama⁵ (1. Toshiba, 2. Hitachi-GE, 3. Kajima, 4. Shimizu, 5. Chugoku Electric Power)

11:35 AM - 11:50 AM

[3B09] The AP1000^® Plant Pre-operational Testing

(3)Passive Core Cooling System (Part 2)

*Yukitaka Yamazaki¹, Richard F. Wright² (1. Westinghouse Electric Japan Ltd., 2. Westinghouse Electric Company LLC)

Time reserved for Chair (11:50 AM - 12:00 PM)

Session information

[3B05-09] BWR PCV Design and AP1000 Test Run

[3B05] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(14)Opening Part Test

[3B06] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(15)Pressure Test of Cylindrical Steel Plate Reinforced Concrete Structure

[3B07] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(16)Applicability Evaluation to Primary Containment Vessel of BWRs

[3B08] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(17)Improvement of Structural Integrity Evaluation Method for Primary Containment Vessel

[3B09] The AP1000^® Plant Pre-operational Testing

(3)Passive Core Cooling System (Part 2)

Authentication

Session information

[3B05-09] BWR PCV Design and AP1000 Test Run

[3B05] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(14)Opening Part Test

[3B06] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(15)Pressure Test of Cylindrical Steel Plate Reinforced Concrete Structure

[3B07] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(16)Applicability Evaluation to Primary Containment Vessel of BWRs

[3B08] Applicability evaluation of steel plate reinforced concrete structure for primary containment vessel

(17)Improvement of Structural Integrity Evaluation Method for Primary Containment Vessel

[3B09] The AP1000® Plant Pre-operational Testing

(3)Passive Core Cooling System (Part 2)

Authentication

[3B09] The AP1000^® Plant Pre-operational Testing