2017 Annual Meeting of AESJ

2017 annual meeting of AESJ will be held at Tokai University Shonan Campus on March 27-29. The meeting program is available on website. (Working language is Japanese.)

CSED related sessions are listed in the following.

(Password is required to access the abstracts and is issued for the participants only. A free access of the abstract will be available after a half year from the meeting.)

March 27th (Mon.) Room G (16-207 Building No. 16)

• 21st General meeting of CSED 12:00 – 13:00

1. Greeting of division chair (Akemi Nishida)

2. 14th Awards ceremony in CSED dvision

3. Activity report from each committee

4. others

• Planning Lecture “Credibility Assessment of Nuclear Simulations: State of the art”, 13:00 – 14:30

Chair: Seiichi Koshizuka (Univ. of Tokyo)

Abstracts (The password is required to access them and is issued for the participants only.)

1. Publication of the AESJ Guideline for Simulation Credibility Assessment, Kotaro Nakada (Toshiba )

2. Expectations for the AESJ Guideline for Simulation Credibility Assessment, Masaki Shiratori (Yokohama National Univ.)

3. Issues and Challenges for Simulation Credibility Assessment, Masaaki Tanaka (JAEA)

• Oral presentations

• Numerical simulation and Visualization of Thermal Fluid Dynamics and Nuclear Fuel, 10:00 – 11:55

Chair: Nakajima Norihiro (JAEA)

Abstracts (The password is required to access them and is issued for the participants only.)

[1G01] Interactive In-Situ Visualization of Molten Debris Relocation Simulation using Particle-based Visualization

[1G02] Numerical study on discharged flow of the accumulated solid particles from a glass melter

[1G03] Study on quench behavior at a core-disruptive accident for fast breeder reactors (32) Numerical simulations of jet breakup with the two-phase lattice Boltzmann method

[1G04] Development of preconditioned communication avoiding CG solver for multiphase CFD code JUPITER

[1G05] Study on Fuel Loading Pattern Optimization using Deep Learning and Reinforcement Learning (1)Prediction of Nuclear Characteristics of Reactor Core with Loading Pattern Infromation

[1G06] Study on fast reactor design with flexible consideration of fuel breeding and MA transmutation

[1G07] Development of seismic counter measures against cliff edges for enhancement of comprehensive safety of nuclear power plants

• Numerical Analysis on Building and Structure Behavior on Earthquake, 14:45 – 16:40

Chair: Masahiro Tatsumi (NEL)
Abstracts (The password is required to access them and is issued for the participants only.)

[1G08] Uncertainty assessment of the seismic response analysis due to various earthquake waves for nuclear facilities

[1G09] The study on advanced seismic simulation technology for huge plant

[1G10] Data analysis based upon abduction

[1G11] An element-by-element Finite Element Contact Analysis Method toward Seismic Behavior Analyses of an Entire Nuclear Facility: Verification Using a Stick Problem

[1G12] Performance Evaluation of Parallel FEA for Soil-structure Model using Manycore Processors

[1G13] Estimation of the fault parameter using dynamic rupture simulation by Bayesian Optimization

[1G14] A Study for Evaluating Local Damage to Structures Subjected to Oblique Impact Part1: A Study of the local damage evaluation of structures subjected to oblique impact of rigid projectile

• Numerical Analysis on Damage of Structure and Defect in Materials, 16:40 – 18:00

Chair: Yoshio Suzuki (JAEA)
Abstracts (The password is required to access them and is issued for the participants only.)

[1G15] A Study for Evaluating Local Damage to Structures Subjected to Oblique Impact Part1: A Study of the local damage evaluation of structures subjected to oblique impact of rigid projectile

[1G16] A Study for Evaluating Local Damage to Structures Subjected to Oblique Impact Part2: Analytical study on perforation damage caused by oblique impact of soft projectiles

[1G17] Study on local failure mechanism at high temperature by test and analysis

[1G18] MD simulations to evaluate stable configurations of vacancy-type defect clusters in Zirconium

[1G19] MD simulations to evaluate effects of stacking fault energies on defect formation process in crystalline materials under neutron irradiation (2)