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張洪生

(上海海事大學海洋科學與工程學院教授)

鎖定
張洪生,教授,工學博士,現供職上海海事大學海洋科學與工程學院
中文名
張洪生
國    籍
中國
民    族
出生地
山東省高唐縣
學位/學歷
博士
外文名
Hong-sheng Zhang
職    稱
上海海事大學海洋科學與工程學院教授
性    別

張洪生研究方向

(1)水波動力學的理論及其應用;
(2)河口海岸動力學
(3)海洋遙感應用

張洪生人物簡介

張洪生教授,博士生導師,曾在河口海岸學國家重點實驗室和University of South Alabama進行博士後研究,University College London和University of Delaware訪問學者。先後給博士研究生講授了《The applied dynamics of Ocean surface waves》,給碩士研究生講授了《海洋環境流體力學》、《高等流體力學》、《海洋水文學》和《河口海岸動力學》,給本科生講授了《工程水文學》和《流體力學》等7門課程。主持了八項國家自然科學基金和上海市科技攻關項目、作為主要人員參加了一項國家自然科學基金項目;參加了一項“863”重點研究項目;主持或參加完成了“近海台風和颱風浪計算方法研究項目”、“江蘇海門冷家沙海域海洋水文、氣象、波浪分析”、“太湖風浪預測系統應急完善”、“濰坊港和魯遼陸海聯運通道風場及風浪場數值模擬及統計分析”、“波流相互作用的數學模型及其應用”和“煙台市水資源工程規劃模型”等40項企事業單位委託的研究項目。已在國內外重要學術期刊和學術交流會議上發表60餘篇學術論文。博士畢業後,在河口海岸學國家重點實驗室進行博士後研究,2005年在University of South Alabama進行博士後研究,2010年在University College London、2017-2018年在University of Delaware進行學術訪問。已指導了60餘名博士和碩士研究生。

張洪生學術兼職

《海洋工程》編委。

張洪生研究成果

[1]Ying-gang Zheng, Hong-sheng Zhang, Kai-tuo Qi,et al.,2021.Stripe segmentation of oceanic internal
waves in SAR images based on SegNet.Geocarto International,2002430(SCI;EI).
[2]Ying-gang Zheng, Hong-sheng Zhang, You-Qiang Wang,2021.Stripe detection and recognition of
oceanic internal waves from synthetic aperture radar based on support vector machine and feature fusion.
International Journal of Remote Sensing,42(17): 6710–6728(SCI;EI).
[3] Hongsheng Zhang, Liangsheng Zhu, Yunxiang YOU, 2005. A numerical model for wave propagation
in curvilinear coordinates. Coastal Engineering, 52:513-533(SCI;EI).
[4]Hong-sheng Zhang, Hong-jun Zhao, Ping-xing Ding, et al.,2007.On the modeling of wave propagation
on non-uniform currents and depth. Ocean Engineering,34(10):1393-1404 (SCI;EI).
[5]ZHANG H.S.,ZHOU E.X.,DAI S.,et al.,2016.Comparison of the Calculated and Measured Wave Heights
in Inland Lakes.Journal of Coastal Research,32(4):814-828(SCI;EI).
[6]Xiao-yan Yang,Hong-sheng Zhang,Hai-tao, Li,2017. Wave radiation and diffraction by a floating
rectangular structure with an opening at its bottom in oblique seas. Journal of Hydrodynamics, Ser.B,,
29(6):1054-1066(SCI;EI).
[7] Zhang Hong-sheng, Zheng Bi-fang, Yang Xiao-yan,2017. Interaction of oblique waves and a
rectangular structure with an opening near a vertical wall. China Ocean Engineering, 31(2):220-229
(SCI;EI).
[8]Zhang Hongsheng , Zhao Jiachen,Li Penghui, et al.,2016.The change characteristics of the calculated
wind wave fields near lateral boundaries with SWAN model. Acta Oceanologica Sinica, 35(1):96-105
(SCI;EI).
[9]Yun-Hu Wang, Hui Wang,Huan-He Dong,Hong-Sheng Zhang,Chaolu Temuer,2018.Interaction solutions
for a reduced extended (3+1)-dimensional Jimbo-Miwa equation.Nonlinear Dynamics,92:487-497(SCI,EI).
[10]Wang Yun-Hu,Wang Hui,Zhang Hong-Sheng,Temuer Chaolu,2017.Exact Interaction Solutions of an
Extended (2+1)-Dimensional Shallow Water Wave Equation. Communications in theoretical physics,
68(2):165-169(SCI).
[11]ZHANG H.S., WANG Y., XU C.H., et al.,2013.Tests and applications of an approach of absorbing the
reflected waves towards incident boundary.China Ocean Engineering,27(6):703-718(SCI;EI).
[12]ZHANG H.S.,JIA H.Q., GU J.B.,et al.,2014.Numerical simulation of the international wave propagation
in continuously density-stratified ocean.Journal of Hydrodynamics,Ser.B, 26(5):770-779(SCI;EI).
[13]ZHANG H.S.,ZHOU W.,2013.Wave radiation and diffraction by a two dimensional floating body with
an opening near a side wall.China Ocean Engineering,Vol.27(4):437-450(SCI;EI).
[14]ZHANG H. S., WU P.F., LIU W.B.,2014. The analysis of second-order sloshing resonance in a 3-D
tank. Journal of Hydrodynamics, Ser.B,26(2):309-315(SCI;EI).
[15] ZHOU H.W.,ZHANG H.S.,2013. Radiation and diffraction analysis of a cylindrical body with a moon
pool, Journal of Hydrodynamics, Ser.B,25(2):196-204(SCI;EI).
[16]ZHANG H.S., WANG W.Y., FENG W. J.,et al.,2010.A numerical model for nonlinear wave propagation
on non-uniform current.China Ocean Engineering,24(1):15-28(SCI;EI).
[17] ZHOU H.W.,WU G.X.,ZHANG H.S.,2013.Wave radiation and diffraction by a two dimensional floating
rectangular body with a bottom opening.Journal of Engineering Mathematics, 83(1):1-22(SCI;EI).
[18] ZHOU H.W.,ZHANG H.S.,2010.A numerical model of nonlinear wave propagation in curvilinear
coordinates. China Ocean Engineering,24(4):597-610(SCI;EI).
[19]ZHANG H.S., WANG W.Y., FENG W.J., et al. 2010. Tests and applications of a Boussinesq model with
ambient current. Journal of Hydrodanamics, Ser.B, 22(4):526-536 (SCI;EI).
[20]ZHANG H.S., ZHAO, SHI Z.,2007. A finite-difference approach to the time-dependent mild-slope
equation.China Ocean Engineering, 21(1): 65-76(SCI;EI).
[21]Chen X.H., ZHU L.S., ZHANG H.S.,2007.Numerical simulation of summer circulation in the east China
sea and its application in estimating the sources red tides in the Changjiang River estuary. Journal of
Hydrodynamics, Ser.B,Vol.19(3), 272-281(EI).
[22] WANG Y.L.,ZHANG H.S.,MIAO G.P., et al., 2005. A new approach to high-order Boussinesq-type
equations with ambient currents. China Ocean Engineering, Vol.19(1):49-60 (SCI;EI).
[23]ZHANG H.S.,DING P.X., PAN J.N., et al., 2003. Numerical simulation of a mathematical model for
wave propagation on non-uniform current and depth. Journal of HydrodynamicsSer.B, 15(2): 43-50
(EI).
[24] ZHANG H.S.,HONG G.W.,DING P.X.,2001.Numerical Modelling of Standing Waves with Three-
Dimensional Non-Linear Wave Propagation Model.China Ocean Engineering,15(4)521-530 (SCI;EI).
[25] HONG G.W.,ZHANG H.S.,FENG W.B., 1998. Numerical Simulation of Nonlinear Three-Dimensional
Waves in Water of Arbitrary Varying Topography, China Ocean Engineering,12(4), 383-404(SCI;EI).
[26] ZHU L.S., LI M.Q.,ZHANG H.S.,et al.,2004.Wave attenuation and friction coefficient on the coral-reef
flatareas. China Ocean Engineering,18(1):129-136(SCI;EI).
[27] ZHAO H.J.,SONG Z.Y.,ZHANG H.S.,2008.Comparison of four numerical models for the time-
dependent mild-slope equations. Proceedings of the Chinese -German joint symposium on hydraulic
and ocean Engineering,565-570(EI).
[28]張洪生,賀亮,2021.連續分層流體中自由表面假定下內波傳播的數值模擬.中國造船,62(3):54-69(EI).
[29]張洪生,鄭應剛,王有強,2021.基於VMD對SAR海洋內波參數的自動反演.海洋工程,39(3):1-10(核心期刊)
[30]鄭應剛, 張洪生, 李曉戀, 張周昊,2020.基於遙感影像邊界特性對南海海洋內波檢測算法研究.熱帶海洋學報,39(6):41-56(核心期刊).
[31] 耿浩博 ,張洪生 ,洪楊彬,等 ,2020.長江口海域風浪場的計算與特徵分析.水利水運工程學報,第5期:48-56(核心期刊).
[32]張洪生,陳雯,鄒揚智,周培昕,2019.月池縱蕩和垂蕩兩種運動模態的數值模擬及驗證.中國造船,60(1):40-51 (EI).
[33]王衞遠,陳顯,張洪生,等,2017.萊州灣海上風電場工程對局部潮流場的影響分析.科技通報,33(3):57-76(核心期刊).
[34]徐妲莉,陳方磊,張洪生,2017.同倫分析方法在橢圓餘弦波相互作用上的應用.水動力學研究與進展,A輯,32(6):395-402(核心期刊).
[35]張洪生,2017.流體力學課程教學方法的幾點探討.高教學刊,2017年第14期,91-93.
[36]鄭碧芳,張洪生,楊小巖,2016.直牆前矩形月池水波振盪,海洋工程,34(5),40-50(核心期刊).
[37]楊小巖,張洪生,吳鵬飛,2015.液艙三維晃盪運動二階共振的理論解及特性分析,海洋工程,33(2),72-78(核心期刊).
[38]張洪生,嶽文翰,王真祥,等,2014. SWAN模型模擬風浪場側邊界失真範圍研究,海洋工程,32(6):91-97(核心期刊).
[39]張洪生,辜俊波,王海龍,等,2013,利用WAVEWATCH和SWAN嵌套計算珠江口附近海域的風浪場,
熱帶海洋學報,32(1):8-17(核心期刊).
[40]周華偉,張洪生,2013.波浪在半球上繞射的解析研究.上海交通大學學報,47(10):1597-1600(EI).
[41]張洪生,辜俊波,賈海青,等,2012.連續分層海洋中內波傳播的一種數值模式.力學學報,44(5):896-903(EI).
[42]張洪生,戴甦,張怡,2012.太湖風浪場的計算與比較.海洋工程,30(4):68-81(核心期刊).
[43]張洪生,文武鍵,辜俊波,2011.用兩種不同方法計算澱山湖風浪.海洋工程,29(1):122-129(核心期刊).
[44]張洪生,周華偉,洪廣文,2011.高階非線性的Boussinesq型方程及其數值驗證,水動力學研究與進展A輯,26(3):265-277(核心期刊).
[45]張洪生,于小偉,楊建民,等,2009.改進的非線性波傳播數值模型的驗證和應用.水動力學研究與進展A輯,24(3):364-373(核心期刊).
[46]張洪生,商輝,2008.對波浪入射邊界上反射波的消波及其驗證.上海交通大學學報,42(4):674-678(EI).
[47]張洪生,馮文靜,商輝,2007.非線性波傳播的新型數值模擬模型及其實驗驗證-引入變換速度變量.海洋學報,29(5):161-173(核心期刊).
[48]張洪生,馮文靜,王亞玲,等,2007.非線性波傳播的新型數值模擬模型及其實驗驗證.海洋學報,29(4):137-147(核心期刊).
[49]王亞玲,張洪生,2007.非均勻水流中非線性波傳播的數值模擬.力學學報,39(6):732-740(EI) .
[50]趙紅軍,張洪生,丁平興,2006.一種求解時間關聯性緩坡方程的數值方法.上海交通大學學報,40(6):
1050-1054(EI).
[51]張洪生,丁平興,吳中,等,2003.曲線座標系下非均勻水流中波浪傳播的數值模擬.上海交通大學學報,37(8):1261-1265(核心期刊).
[52]張洪生,丁平興,趙海虹,2003.一般曲線座標系下波浪傳播的數值模擬.海洋學報,Vol.25(1): 100-108(核心期刊).
[53]張軍,張洪生,繆國平,2005.計算域中存在直立島式結構物時波浪傳播的數值模擬.水動力學研究與進展A輯,20(2):241-250(核心期刊).
[54]洪廣文,馮衞兵,張洪生,1999,海岸河口水域波浪傳播數值計算,河海大學學報,27(2):1-9(核心期刊).
[55]洪廣文,張洪生,1999.任意水深變化水域非線性波傳播的數值模擬. 海洋工程,17(4):64-73(核心期刊).
[56]劉長餘,張洪生,1993.用模糊綜合評判方法優選引黃供水工程沉沙方案.水利經濟,第3期,29-35(核心期刊).