VIAS undertook a design optimization study to optimize the design of a modular steel-plate composite (SC) primary shield wall (PSW). This PSW is used for support and protection of nucear reactor pressure vessel. Using initial design variables and non-linear material models, 3D FEA model was simulated. Using process automation, Response Surface method was implemented by automating 35 FEA runs. This study resulted in optimized dimensions for the PSW.
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RBDO of Primary Shield Structure Under Seismic Loading
1. RBDO OF PRIMARY SHIELD STRUCTURE
UNDER SEISMIC LOADING
S. K. Radha, A. Chakraborty
Virtual Integrated Analytics Solutions (VIAS)
K. C. Sener, A. H. Verma
Civil Engineering, Purdue University
October 30, 2018
1400 Broadfield Blvd. Suite 325, Houston TX 77084
Phone : +1 (832) 301-0881
www.viascorp.com
Contact Person:
Dr. A. Chakraborty – achakraborty@viascorp.com
SIMULIA Technology Day, Toronto