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    Fast simulation of the influence of a refractive free-form microstructure on a wave field based on scalar diffraction theory by Thiemicke Fabian, El-Bashar Ramy, Hameed Mohamed F.M., Agour Mostafa, Obayya Salah S.A., Bergmann Ralf B., Falldorf Claas

    Published 2025-01-01
    “…This efficiency facilitates the iterative optimization of refractive microstructures and thus represents a practical tool to improve this type of microstructures. …”
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    The heat treatment effects on the microstructure, hardness, and sigma phase content of L-PBF SAE 316L stainless steel by Jose M. Costa, Beatriz S. Monteiro, Francisca A. Rocha, Mariana S. Cunha, Manuel F. Vieira, Elsa W. Sequeiros

    Published 2024-05-01
    “…Notably, the dissolution of the process-induced microstructure becomes progressively significant within the temperature range of 800–950°C for 2 h. …”
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  5. 365

    Interfacial Microstructure and Cladding Corrosion Resistance of Stainless Steel/Carbon Steel Clad Plates at Different Rolling Reduction Ratios by Jie Chen, Yixin Zhu, Xia Chen, Xiaoli Ma, Bin Chen

    Published 2024-12-01
    “…The increase in rolling reduction ratio leads to larger grain size, gradually refined microstructure, and a decreased thickness of the interfacial martensite area. …”
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    Phase Transformation, Microstructures, and Mechanical Properties of α + β Two-Phase Titanium Alloy Deposited Metal by Surfacing Welding by Naiwen Fang, Ruisheng Huang, Kai Xu, Tianli Zhang, Pengbo Wu, Yiming Ma, Hao Cao, Jian Qin, Jipeng Zou

    Published 2022-01-01
    “…The results showed that primary α phase began to appear at grain boundaries when the deposited metal was heated to 890.5°C, and microstructures were all composed of coarse β columnar grains after the temperature was raised to 1 190.2°C; with the increase of cooling rate during the cooling process, temperature for starting new phase transformation decreased from 943.7°C to 811.1°C, and temperature for ending the transformation increased gradually from 708.0°C to 736.2°C; when cooled to room temperature at a rate of 1°C/s, microstructures consisted of α phase; at a rate of 15°C/s, acicular α′ martensite appeared in the microstructures; at 100°C/s, the microstructures were completely comprised by acicular α′ martensite; when the cooling rate was low, V element would be slightly precipitated from αgb into the matrix; when cooling turned faster, V element had no time to enter the matrix by diffusion, so it became uniformly distributed; as the cooling rate getting faster, lamellar microstructures became thinner gradually, and microhardness of the deposited metal was improved in a gradual manner.…”
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  9. 369

    AgIn2 thickness on void rate, microstructure, IMC growth, thermal and mechanical properties of fluxless In@AgIn2 joint by Jing Wen, Guoliao Sun, Jinyang Su, Yi Fan, Linzheng Fu, Zhuo Chen, Wenhui Zhu

    Published 2025-03-01
    “…A clear AgIn2 thickness effect on solder wettability, microstructure, intermetallic compound (IMC) growth, joint thermal and mechanical properties were found. …”
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    Microstructure, Tensile Property, and Surface Quality of Glass Fiber-Reinforced Polypropylene Parts Molded by Rapid Heat Cycle Molding by Feng Liu, Taidong Li, Fuyu Xu, Jiquan Li, Shaofei Jiang

    Published 2020-01-01
    “…The microstructure of a molded product considerably influences its macroscopic properties. …”
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  17. 377

    Quantification of solution annealing effects on microstructure and property in a laser powder bed fusion 316H stainless steel by Lin Gao, Srinivas Aditya Mantri, Xuan Zhang

    Published 2025-03-01
    “…Solution annealing (SA) is an effective way to mitigate microstructural heterogeneity and to optimize mechanical performance of alloys manufactured by laser powder bed fusion (LPBF). …”
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    Effect of Alloying Composition on Microstructure and Mechanical Properties of Ultranarrow Gap Welded Joints of U71Mn Rail Steel by Lian Gong, Hui Liu, Cheng Lv, Lijun Zhao

    Published 2021-01-01
    “…Results indicated that the base metal metallographic microstructure consisted mainly of pearlitic, the HAZ was mainly composed of fine pearlite, and the microstructure of the welded bead was composed of acicular ferrite, while the weld grain size decreased as the alloy composition increased. …”
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