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                        宋召軍

                        發布日期:2022-01-07


                        姓 名

                        宋召軍

                        出生年月

                        1986.6

                        性 別

                        職 稱

                        副研究員

                        郵 箱

                        szj21950@163.com

                        /博導

                        碩導

                        聯系電話

                        18571621572

                        研究領域

                        船舶與海洋結構物屈曲、極限強度與可靠性等

                        教育經歷

                        2004.9-2008.6 ??華中科技大學 船舶與海洋工程??本科

                        2014.9-2019.9 ??華中科技大學 船舶與海洋結構物設計制造??碩博連讀

                        2018.1-2019.1 ??挪威科技大學 海洋技術系??博士聯合培養

                        工作經歷

                        2008.9-2013.4上海滬東中華造船有限公司 生產管理部??助理工程師

                        2019.10-2021.2武漢理工大學 船海與能源動力工程學院??講師

                        2021.2-至今 ??武漢理工大學??船海與能源動力工程學院??副研究員

                        科研項目

                        1國家留學基金委,低溫環境和冰載荷作用下船舶及離岸結構的極限強度和可靠性研究,主持項目,2018.1-2019.1

                        2橫向課題,船體極限強度計算與試驗,項目負責人,2020.8-2022.3

                        3基礎加強計劃,極端循環載荷下船體結構低周疲勞性能和極限強度評估方法研究,專題負責人,2020.10-2024.10

                        代表性論文

                        及著作

                        1、Pan J, Xu R J, Song Z J?, Wan Q, Li X B. Study on the Load-end Shortening Formulae of Structural Elements including Hard Corner Element Considering Collapse Modes based on Test and Numerical Modelling[J]. Thin-Walled Structures, 2023, 185:110624.(SCI,JCR分區Q1)

                        2Xu M C, Song Z J*, Wang T, Zhang W Z, Pan J. Empirical formulae assessment of ultimate strength for perforated stiffened panels under longitudinal compression[J]. Ocean Engineering, 2022: 112445. (SCI,JCR分區Q1)

                        3、Xu M C, Song Z J*, Pan J. Study on the similarity methods for the assessment of ultimate strength of stiffened panels under axial load based on tests and numerical simulations[J]. Ocean Engineering, 2021: 108294. (SCI,JCR分區Q1)

                        4、Song Z J,Xu M C*, Torgeir Moan, Pan J. Dimensional and similitude analysis of stiffened panels under longitudinal compression considering buckling behaviours[J]. Ocean Engineering, 2019, 187:106188.(SCI,JCR分區Q1)

                        5、Xu M C*, Song Z J, Zhang B W, et al. Empirical formula for predicting ultimate strength of stiffened panel of ship structure under combined longitudinal compression and lateral loads[J]. Ocean Engineering, 2018, 162: 161-175.(SCI,JCR分區Q1)

                        6、Xu M C*, Song Z J, Pan J, et al. Ultimate strength assessment of continuous stiffened panels under combined longitudinal compressive load and lateral pressure[J]. Ocean Engineering, 2017, 139:39-53.(SCI,JCR分區Q1)

                        7、Xu M C*, Song Z J, Pan J. Study on influence of nonlinear finite element method models on ultimate bending moment for hull girder[J]. Thin-Walled Structures, 2017, 119:282-295.(SCI,JCR分區Q1)

                        8、Song Z J, Xu M C*, Liu W, et al. Experimental Study on the Collapse Behaviour of Stiffened Panels with and without Cut-out[C]//The 31st International Ocean and Polar Engineering Conference. 2021.(國際會議)

                        9、Qian W, Wen L, Song Z J*. Study on the Ultimate Strength of Stiffened Panels with High Strength Steel[C]//The 31st International Ocean and Polar Engineering Conference. 2021.(國際會議)

                        國際交流

                        與合作

                        挪威科技大學等合作,《Ocean Engineering》等SCI期刊審稿人;

                        招生專業

                        碩士研究生

                        船舶與海洋工程、機械類(船舶方向)等

                        畢業生

                        主要去向

                        機械與力學方向研究所、企業等




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