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高サイクル熱疲労評価のための流体-構造熱連成解析と熱応力解析との連携評価手法の整備

Development of numerical estimation method for high cycle thermal fatigue by coupling of fluid-structure thermal interaction simulation and thermal stress analysis

田中 正暁; 三宅 康洋*

Tanaka, Masaaki; Miyake, Yasuhiro*

非定常異温度流体混合場と構造材中の非定常熱伝導場を同時に計算する流体-構造熱連成解析(MUGTHESコード)と熱応力解析(FINASコード)による連携解析を実現するためにインターフェースプログラム(MUFIN)を整備した。T字合流配管部を模擬した流体-構造熱連成水流動実験を対象に、MUFINを介したMUGTHESとFINASとの一連の連携解析機能確認を目的とした検証解析を実施し、その適用性を確認した。

A prototype coupling method consisting of the fluid-structure thermal interaction simulation code MUGTHES and the structural thermal stress analysis code FINAS with interface program MUFIN has been developed in order to estimate the thermal fatigue in the SFRs. As a fundamental validation of the coupled method, it was applied to the water experiment for thermal mixing phenomena in a T-junction piping system. In the experiment, thermal interaction between the fluid and the structure made of aluminum installed to the branch pipe side wall was considered. Through the numerical simulations, applicability of the coupled method was confirmed.

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