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Evaluation of Fraction of Microstructure and Hardness Distribution in Weld Metal Subjected to Multiple Thermal Cycles-Evaluation of Hardness Distribution in Welds by Numerical Simulation of Weld Thermal Cycles and Fraction of Microstructure (Report 2)-

机译：焊接金属微观结构和硬度分布分数的评价 - 焊接热循环数值模拟焊缝硬度分布的焊接型和微观结构分数（报告2） -

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作者
Yoshiki MIKAMI; Masahito MOCHIZUKI; Yuji HASHIBA; Toshiei HASEGAWA; Shigeru OHKITA; Masao TOYODA;
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年度 2005
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入库时间 2022-08-20 22:14:20

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1. Evaluation of microstructural phase fractions and hardness distributions of weld metal subjected to multiple thermal cycles. Evaluation of weld hardness distributions by numerical simulations of welding thermal cycles and microstructural phase fracti [J] . Y. MIKAMI, M. MOCHIZUKI, M. TOYODA Welding International . 2006,第9期

机译：评估经受多次热循环的焊接金属的显微结构相分数和硬度分布。通过焊接热循环和微结构相分数的数值模拟评估焊接硬度分布
2. Numerical simulations of weld hardness distributions in ultra-narrow gap GMA welding. Evaluation of weld hardness distributions by numerical simulations of welding thermal cycles and microstructural phase fractions (1~(st) report) [J] . Y. MIKAMI, M. MOCHIZUKI, M. TOYODA Welding International . 2006,第9期

机译：超窄间隙GMA焊接中焊缝硬度分布的数值模拟。通过焊接热循环和微观结构相分数的数值模拟评估焊接硬度分布（1〜（st）报告）
3. Numerical Predictions for the Thermal History, Microstructure and Hardness Distributions at the HAZ during Welding of Low Alloy Steels [J] . Horácio Guimar?es Delgado Junior, José Adilson de Castro, Alexandre Furtado Ferreira, Materials Research . 2016,第3期

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7. Numerical Analysis of Residual Stress Distribution Generated by Welding After Surface Machining Based on Hardness Variation in Surface Machined Layer due to Welding Thermal Cycle [O] . Ryohei IHARA, Shigetaka OKANO, Masahito MOCHIZUKI 2014

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Evaluation of Fraction of Microstructure and Hardness Distribution in Weld Metal Subjected to Multiple Thermal Cycles-Evaluation of Hardness Distribution in Welds by Numerical Simulation of Weld Thermal Cycles and Fraction of Microstructure (Report 2)-

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