白冰發表的學術論文(第一作者,發表論文126篇,其中SCI收錄42篇,EI收錄28篇):
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126 Bai Bing, Al-Raoush Riyadh, Taherdangkoo Reza. Physico-mechanical
properties and treatment
technology of hazardous geomaterials: volume III. Frontiers in Materials, 2024, 11: 1510473. SCI (A3)
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125 Bai Bing, Zhang Bixia, Chen Jing, Feng Hanxiang. Development of a natural inorganic diatomite curing agent on heavy metal-contaminated loess.
Physics and Chemistry of the Earth, 2024, 136: 103790. SCI (A3)
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124 Bai Bing, Chen Jing, Zhang Bin, Chen Liang, Zong Yongchen. The solidification of heavy metal Pb2+-contaminated soil by enzyme-induced calcium carbonate precipitation combined with biochar. Biochemical Engineering Journal, 2024, 212: 109496. SCI (A3)
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123 Bai Bing, Bai Fan, Hou Jianpeng. The migration process and temperature effect of aqueous solutions
contaminated by heavy metal ions in unsaturated silty soils. Heliyon, 2024, 10: e30458. SCI (A3)
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122 Bai Bing, Chen Jing, Zhang Bixia, Wang Hao. Migration trajectories and blocking effect of the fine particles in
porous media based on particle flow simulation. AIP Advances, 2024, 14(4): 045036. SCI (A4)
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121 Bai Bing, Chen Jing, Bai Fan, Nie Qingke, Jia Xiangxin. Corrosion effect acid/alkali on cementitious red mud-fly ash materials containing heavy residues. Environmental Technology & Innovation, 2024, 33: 103485. SCI (A2), Top期刊
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120 Bai Bing, Cui Xianze, Fei Wenbin. Physico-mechanical
properties and treatment
technology of hazardous geomaterials-volume II. Frontiers in Materials, 2023, 10: 1334484. SCI (A3)
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119 Bai Bing, Bai Fan, Nie Qingke, Jia Xiangxin. A high-strength red mud–fly ash geopolymer and the implications of curing
temperature. Powder Technology, 2023, 416: 118242, SCI (A2), Top期刊
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118 Bai
Bing. The geo-environmental problems caused by underground construction.
Applied Sciences, 2023, 13, 10754. SCI (A3)
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117 Bai Bing, Zhou R, Yang G, Zou W, Yuan W. The constitutive behavior and
dissociation effect of hydrate-bearing sediment within a granular thermodynamic
framework. Ocean Engineering, 2023, 268: 113408. SCI (A1), Top期刊
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116 Bai Bing, Cui Xianze. Physico-mechanical
properties and treatment
technology of hazardous geomaterials. Frontiers in Materials, 2023, 10: 1179876. SCI (A3)
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115 Bai Bing, Bai F, Sun C, Nie Q, Sun S. Adsorption mechanism of shell powders on
heavy metal ions Pb2+/Cd2+ and the purification
efficiency for contaminated soils. Frontiers in Earth Science. 2023,10:1071228. SCI (A3)
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114 Bai
Bing. Special Issue on Advances in Soil Pollution and the Geotechnical Environment.
Applied Sciences, 2022, 12, 12000. SCI (A3)
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113 Bai Bing, Bai Fan, Li Xianke, Nie Qingke, Jia Xiangxin, Wu Haiyan. The remediation efficiency of heavy metal pollutants in water by
industrial red mud particle waste. Environmental Technology & Innovation, 2022, 28: 102944. SCI (A2), Top期刊
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112 Bai Bing, Wang Yan , Rao Dengyu, Bai Fan. The effective thermal conductivity of
unsaturated porous media deduced
by pore-scale SPH simulation. Frontiers in Earth Science, 2022, 10: 943853, SCI (A3)
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111 Bai Bing, Nie Qingke,
Wu Haiyan, Hou Jianpeng. The attachment-detachment mechanism of
ionic/nanoscale/microscale substances on quartz sand in water. Powder Technology, 2021, 394: 1158–1168, SCI (A2), Top期刊
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110 Bai
Bing, Zhou Rui, Cai Guoqing, Hu Wei, Yang Guangchang. Coupled thermo-hydro-mechanical mechanism in view of the soil particle rearrangement of granular thermodynamics. Computers and Geotechnics, 2021,137(8),104272,SCI (A1),
Top期刊
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109
Bai Bing, Jiang Sichen, Liu Lulu, Li Xu, Wu Haiyan. The transport of silica powders and lead ions under unsteady flow and variable injection concentrations. Powder Technology, 2021, 387: 22–30, SCI (A2),
Top期刊
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108
Bai Bing, Nie Qingke, ZhangYike, Wang Xiaolong, Hu Wei. Cotransport of heavy
metals and SiO2 particles at different temperatures by seepage. Journal of
Hydrology, 2021, 597: 125771, SCI (A1),
Top期刊
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107 Bai Bing, Zhang Jiaxi, Liu Lulu, Ji Yanjie. The deposition
characteristics of coupled lead ions and suspended silicon powders along the
migration distance in water seepage. Transport in Porous Media, 2020, 134(3):
707-724,SCI(A3)
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106 Bai Bing, Xu Tao, Nie Qingke, Li Pengpeng. Temperature-driven migration of
heavy metal Pb2+ along with moisture movement in unsaturated soils.
International Journal of Heat and Mass Transfer, 2020,153: 119573, SCI
(A1), Top期刊
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105 Bai Bing, Ren Yan, Rao Dengyu.The transport of solid particle suspension at
different alkalinities in saturated porous media. Journal of porous media,
2020, 23(3): 207-218, SCI (A3)
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104 Bai Bing, Yang G C, Li T, Yang G S. A thermodynamic constitutive model with
temperature effect based on particle rearrangement for geomaterials. Mechanics
of Materials, 2019, 139: 103180 , SCI(A1), Top期刊
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103 Bai Bing, Rao Dengyu, Chang Tao, Guo Zhiguang. A nonlinear
attachment-detachment model with adsorption hysteresis for suspension-colloidal
transport in porous media. Journal of Hydrology, 2019, 578: 124080, SCI
(A1), Top期刊
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102 Bai Bing, Zhai Zhenqian, Rao Dengyu. The seepage transport of heavy metal
Pb2+ through sand column in the presence of silicon powders. Journal
of Hydrology and Hydromechanics, 2019, 67: 349-358, SCI (A3)
-
101 Bai Bing, Rao Dengyu,Xu Tao, Chen Peipei. SPH-FDM boundary for the analysis
of thermal process in homogeneous media with a discontinuous interface.
International Journal of Heat and Mass Transfer, 2018,117: 517-526,SCI (A2),
Top期刊
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100 白冰, 桑有為, 楊光昌. 循環溫度荷載引起的飽和粉質黏土的超固結效應. 應用基礎與工程科學學報,
2018,26(4):863-871, EI
-
99 Bai Bing, Xu Tao, Li Huawei. The semi-analytical solution of particle
transport in porous media induced by seepage. Fresenius Environmental Bulletin,
2017,26(10):6286-6294,SCI(A4)
-
98 Bai Bing, Jiang Sichen. Thermally induced pore pressure and consolidation
volumetric strain for saturated soils. Bulgarian Chemical Communications, 2017,
49(H): 19-24, SCI(A4)
-
97 Bai Bing, Shi Xiaoying. Experimental study on the consolidation of saturated
silty clay subjected to cyclic thermal loading. Geomechanics and Engineering,
2017, 12(4): 707-721, SCI(A3)
-
96 Bai Bing, Wang Jiaqing, Zhai Zhenqian, Xu Tao. The penetration processes of
red mud filtrate in a porous medium by seepage. Transport in Porous Media,
2017,117(2): 207-227, SCI(A3)
-
95 Bai Bing, Long Fei, Rao Dengyu, Xu Tao. The effect of temperature on the
seepage transport of suspended particles in a porous medium. Hydrological
Processes, 2017,31(2): 382-393, SCI(A2)
-
94 Bai Bing, Xu Tao, GUO Zhiguang. An experimental and theoretical study of the
seepage migration of suspended particles with different sizes. Hydrogeology
Journal,2016,24(8): 2063-2078, SCI(A3)
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93 白冰,趙曉龍,許韬.多級升溫及降溫引起的飽和紅黏土的熱響應試驗研究.岩土力學,2016,37(1):
25-32, EI
-
92 白冰,張鵬遠,宋曉明,郭志光,陳星欣. 滲透作用下多孔介質中懸浮顆粒的遷移過程研究. 岩土工程學報,
2015, 37(10): 1786-1793, EI
-
91 Bai Bing,Li Huawei, Xu Tao, Chen Xingxin. Analytical solutions for
contaminant transport in a semi-infinite porous medium using the source
function method, Computers and Geotechnics,2015,69: 114-123, SCI(A2)
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90 白冰,張鵬遠,闫瑜龍,秦祿盛,王明亮. 内外邊界施加溫度荷載的中空圓柱試樣熱固結試驗. 岩土工程學報,
2015, 37(1): 67-74, EI
-
89 Bai Bing,Guo Lanjie,Han Song. Pore pressure and consolidation of saturated
silty clay induced by progressively heating/cooling. Mechanics of Materials,
2014,75:84-94,SCI(A2)
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88 白冰,張鵬遠,賈丁雲,蔣思晨. 不同幅值溫度荷載下一種飽和紅黏土的固結效應. 岩土工程學報,
2013, 35(11): 1972-1978, EI
-
87 Bai Bing. Thermal response of saturated porous spherical body containing a
cavity under several boundary conditions. Journal of thermal stresses,
2013,36(11):1217-1232,SCI(A3)
-
86 Bai Bing, Li Tao. Irreversible consolidation problem of a saturated
porothermoelastic spherical body with a spherical cavity. Applied Mathematical
Modelling, 2013,37(4):1973-1982, SCI(A2)
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85 白冰,劉文秀,史曉英,楊海朋. 不排水升溫–降溫過程引起的飽和粉質黏土的熱力學響應. 岩土工程學報,
2012, 34(10): 1781-1786, EI
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84 Bai Bing, Su Zhongqin. Thermal responses of saturated silty clay during
repeated heating-cooling processes. Transport in Porous Media, 2012,
93(1):1-11, SCI(A3)
-
83 白冰,蘇鐘琴,楊海朋.一種飽和粉質粘土的熱固結特性試驗研究.岩土力學,2012,33(1):12-16,EI
-
82 Bai Bing,Chen Xingxin. Responses of Cylinder Containing a Heat Source with
Exponentially Increasing Temperature.Advanced Science Letters,2012,12:442-445
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81 白冰.空心圓柱飽和多孔介質熱固結問題的解析解.岩土力學,2011,32(10):2901-2906,EI
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80 白冰,陳星欣.熱-冷反複變化過程中飽和粘性土的熱固結試驗研究. 工程力學,2011,28(10),EI
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79 白冰,陳星欣.一種用于飽和土的熱固結試驗裝置及其應用.岩土工程學報,2011,33(6),EI
-
78 Bai Bing. Consolidation solutions of a saturated porothermoelastic hollow
cylinder with infinite length. Engineering, 2010, 2(1)
-
77 Bai Bing. Thermoporoelastic problem of saturated media containing a
cylindrical cavity. International Workshop on Environment, Construction and
Transportation. 2010, June 26-28, EI
-
76 Bai Bing, Su Zhongqin. Thermolelastic responses of saturated soil
considering thermo-osmosis and thermal filtration. New Frontiers in Chinese and
Japanese Geotechniques, 2010, April 12-14, ISTP
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75 白冰等. 強夯法加固鐵路松軟土地基現場試驗研究. 中國鐵道科學,2010,31(4),
EI
-
74 白冰等. 強夯置換法處理軟土地基若幹問題研究. 岩石力學與工程學報,
2010, 29(s1), EI
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73 白冰. 無限長圓柱飽和多孔熱彈性介質的固結解. 岩土工程學報,
2010, 32(11), EI
-
72 白冰,聶慶科,吳剛, 蘇鐘琴. 考慮空間效應的深基坑雙排樁支護結構計算模型. 建築結構學報,2010,31(8),
EI
-
71 白冰等.地鐵列車振動作用下近距離平行隧道的彈塑性動力響應.岩土力學,2009,30(1),
EI
-
70 Bai B, Li T. Solutions for cylindrical cavity in saturated thermoporoelastic
medium. Acta Mechanica Solida Sinica, 2009, 22(1):85-94, SCI(A4)
-
69 白冰等.循環剪切荷載作用下軟土的力學性狀研究.工程地質學報,
2008, 16(3)
-
68 白冰. 循環溫度荷載作用下飽和多孔介質熱-水-力耦合響應.工程力學,
2007, 24(5), EI
-
67 白冰,李春峰. 地鐵列車振動作用下交疊隧道的三維動力響應. 岩土力學,
2007, 28(增刊),
EI
-
66 Bai Bing. Fluctuation Responses of Saturated Porous Media Subjected to
Cyclic Thermal Loading, Computers and Geotechnics,2006,33(8), SCI(A3)
-
65 Bai Bing. Thermal Consolidation of Layered Saturated Porous Space Subjected
to Variable Thermal Loading. Applied Mathematics and Mechanics, 2006,27(11).
SCI(A4)
-
64 Bai B. and He J. Thermal Consolidation of Saturated Porous Media Under
Cyclic Temperature Loading. Geotechnical Special Publication (GSP), ASCE,2006,
EI
-
63 Bai Bing. Consolidation characteristics and undrained shear strength under
repeated impact loading. Geotechincal testing Journal, ASTM,2006,29(4) , SCI(A4)
-
62 Bai Bing. Response of saturated porous media subjected to local thermal
loading on the surface of semi-infinite space. Acta Mechanica Sinica 2006,
22(1), SCI(A4)
-
61 白冰.非飽和介質中熱能傳輸及水分遷移的數值積分解. 岩土力學,2006,27(12),
EI
-
60 白冰.變熱源強度溫度荷載作用下非飽和土中的水分遷移規律.岩石力學與工程學報,2006,25(supp2),
EI
-
59 白冰.飽和多孔介質熱-水-力控制方程耦合項的意義及耦合影響.岩土力學,2006,27(4),
EI
-
58 白冰,趙成剛,李濤,吳剛. 學位制度的改革與岩土工程研究生培養.土力學教育與教學(第一屆全國土力學教學研讨會論文集).北京:人民交通出版社,
2006年8月
-
57 白冰,趙成剛,李濤. 工科研究生的培養方向與學科發展.伟德这个平台怎么样學報(社科版),2006,5(2)
-
56 白冰. 岩土顆粒介質非等溫一維熱固結特性研究. 工程力學,
2005, 22(5), EI
-
55 白冰. 飽和土體固結變形特征的一種非線性描述. 岩石力學與工程學報,
2005, 24(11), EI
-
54 白冰. 飽和土體圓柱形熱源熱固結問題的一個近似解.岩石力學與工程學報,2005,24(6),
EI
-
53 白冰. 岩土介質非穩态熱固結耦合問題的熱源函數法,力學學報,2004,36(4)
-
52 白冰. 核廢料貯庫周邊介質熱力耦合數值分析,岩土力學,2004,25(12),
EI
-
51 Bai Bing. Model for predicting the shear strength of saturated soft clay
after impact loading.Chinese Journal of Rock Mechanics and
Engineering,2004,(4),
EI,EIP04238201730
-
50 白冰. 飽和土體再固結變形特性若幹問題研究. 岩土力學2003,(5),
EI,EIP04047827339
-
49 白冰. 溫度對粘性土介質力學特性的影響. 岩土力學,
2003,(4),
EI,EIP03527799692
-
48 白冰. 強夯荷載作用期間飽和土層的孔隙水壓力. 岩石力學與工程學報,
2003, (9),
EI,EIP03527799670
-
47 白冰. 強夯荷載作用瞬間飽和土層固結變形計算. 岩土力學2003,(1)
-
46 白冰,章光,黃勝生. 城市固體廢棄物生态填埋技術研究.第一屆全國環境岩土工程與土工合成材料技術研讨會,2002年11月17日-19日.
-
45 白冰. 粉煤灰作為排水墊層築壩的動力分析. 力學季刊,
2002,(2)
-
44 白冰. 飽和軟粘土的塑性指數對其壓縮變形參數的影響. 水利學報,
2001,(11)
-
43 白冰. 沖擊荷載作用下飽和軟粘土的一些性狀. 岩石力學與工程學報,
2002,(3)
-
42 白冰. 探地雷達測試技術發展概況及其應用現狀. 岩石力學與工程學報,2001,(4)
-
41 白冰. 掃描電子顯微鏡測試技術在岩土工程中的應用與進展. 電子顯微學報,
2001,(2)
-
40 白冰. 沖擊荷載作用下飽和軟粘土變形和孔壓的若幹問題. 同濟大學學報,2001,(3),
EI,EI01546792770
-
39 白冰. 利用粉煤灰作為排水墊層築壩的動力試驗研究. 武漢大學學報,
2001,(1)
-
38 白冰. 軟土地層隧道抗震穩定分析. 佛山科學技術學院學報,2001,(1)
-
37 白冰. 計算機透析成像技術在岩土工程中的應用. 力學與實踐,2001,(1)
-
36 白冰. 土工離心模型試驗技術的一些進展. 大壩觀測與土工測試,2001
-
35 BaiBing.Reconsolidation deformation of saturated soft clay and its
calculation. Proc. 10th IACMAG. Balkema Publishers (Netherlands), 2001.1
-
34 白冰. 随機地震作用下軟土地層動力響應分析. 武漢交通科技大學學報,2000,(6)
-
33 白冰. 瑞利波測試技術發展概況及其應用. 中國煤田地質,2000,(3)
-
32 白冰. 基于累積損傷模型的軟土地層結構物抗震穩定分析. 中國博士後學術大會論文集,2000.10,科學出版社,并獲得由中國博士後科學基金會和中國科協學會部頒發的優秀論文
-
31 白冰. 飽和軟粘土地基沉樁過程中樁土擠壓應力及超孔壓計算. 重慶交通學院學報,2000,(3)
-
30 白冰.關于夯錘沖擊力大小的研究. 地下空間,2000,20(2)
-
29 白冰.長江堤防基礎滲透破壞類型及其防滲治理分析. 上海地質,2000,(1)
-
28 白冰.動靜結合排水固結法處理軟基若幹問題研究.四川建築科學研究,2000,(1)
-
27 白冰.飽和軟粘土及其在沖擊荷載作用下的次固結變形.武漢交通科技大學學報,1999,(6)
-
26 白冰.沖擊荷載作用下飽和軟粘土孔壓計算模式. 合肥工業大學學報,1999,(6)
-
25 白冰,劉祖德.動靜荷載耦合的固結計算問題研究. 武漢水利電力大學學報,1999,(5)
-
24 白冰.蒙特卡洛有限元法在土體變形分析中的應用.中國交通研究與探索,1999,人民交通出版社.
-
23 Bai Bing. Reconsolidation of Saturated Soft Clay After Impact Loading.
Proceedings of 2nd Asia Symposium on Engineering Geology and the Environmental,
Bangi,Malasia,1999
-
22 白冰,劉祖德.周期荷載作用下粘性土變形及強度特性述評.岩土力學,1999,(3)
-
21 白冰,劉祖德.沖擊荷載作用下飽和軟粘土強度計算方法.水利學報,1999,(7)
-
20 白冰.湖北宜黃公路仙江段工程地質特征及軟基處理體會. 湖北地礦,1999,(1)
-
19 白冰.沖擊荷載作用下飽和軟粘土殘餘變形計算模式. 重慶交通學院學報,1999,(2)
-
18 白冰,劉祖德.飽和軟粘土的再固結性狀研究. 岩土工程學報,1999,(2). 獲1999年度“林維德堂”優秀論文獎
-
17 白冰.硬殼層對公路軟基沉降影響變形分析. 河海大學學報,1999,岩土工程專輯
-
16 白冰.沖擊荷載作用下飽和軟粘土孔壓增長與消散規律. 岩土力學,1998,(2), 被美國柯爾比科學文化信息中心評為優秀科學技術論文并獲選進入全球信息網絡.
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15 白冰.土體變形分析的蒙特卡洛有限元法,岩土力學數值分析與解析方法,1998,廣東科技出版社
-
14 白冰.動靜結合法處理軟基室内試驗研究,《岩土力學的理論與實踐》,1998,河海大學出版社
-
13 白冰.沖擊荷載作用後軟粘土的再固結,長江科學院院報,1998,(3)
-
12 白冰.超固結土及其在沖擊荷載作用下的性狀,武漢交通科技大學學報,1998,(1)
-
11 白冰.減荷條件下上埋式圓形結構物周邊土壓力分析,長江科學院院報,1998,(2)
-
10 Bai Bing. Preliminary Study on Nonlinear Stochastic Finite Element Method
for Soil Mass.Proc. 9th IACMAG. Balkema Publishers (Netherlands), 1997.11.《ISTP》引用
-
9 白冰.高填土下剛性結構物豎向土壓力減荷方法,岩土力學,1997,(1)
-
8 白冰.岩土參數的蒙特卡洛模拟,武漢交通科技大學學報,1996,(5)
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7 白冰.土工織物的抗頂破設計方法探讨,湖北水利,1995,(2)
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6 白冰.土工織物三向受力狀态加筋軟基承載力的計算,華東公路,1994,(6)
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5 白冰.公路軟基構造物的設計與施工,河南交通科技1994,(6)
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4 白冰.三向應力狀态下土工織物的變形特點,港口工程,1993,(5)
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3 白冰.泡沫塑料在道路工程中的應用,公路,1993,(4)
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2 白冰.聚苯乙烯泡沫塑料的測試及其在土工中的應用,岩土工程學報,1993,(2)
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1 白冰.泡沫塑料用于減輕上埋式結構物土壓之研究,土工基礎,1992,(1)
白冰通訊作者*和合作者發表學術論文64篇(其中,作為通訊作者發表SCI/EI收錄53篇):
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64 Zhou Rui, Bai Bing*, Rao Dengyu, Chen Peipei. Application of a thermodynamic framework–based
constitutive model for hydrate-bearing sediment
considering grain breakage and stress history. International Journal
of Geomechanics, 2024, 24(12): 04024272, SCI (A2)
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63 Yang Gaosheng, Bai Bing*, et al. Experimental study on heat conduction and water migration of composite bentonite samples, Materials, 2024, 17, 4211, SCI (A3)
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62 Zhou Rui, Bai Bing*, Chen Liang, Zong Yongchen, Wu Nan. A granular thermodynamic constitutive model considering THMC coupling
effect for hydrate-bearing sediment.Ocean Engineering, 2024, 310: 118689, SCI (A1), Top期刊
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61 Wu Haiyan, Bai Bing*, Liu Jingjing. Temperature-driven coupled transport of pollutants and suspended
particles established by granular thermodynamics. International Journal of Heat and Mass Transfer, 2024, 228: 125645, SCI (A1), Top期刊
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60 Chen Jing, Bai Bing*, Du Qiang. Durability evaluation of a high-performance red mud-based
composite material. Materials Today Communications, 2024, 39: 108684, SCI (A3)
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59 Wu Haiyan, Bai Bing*, Zhou Rui. A coupled transport model of pollutants-suspended particles in saturated
porous media based on granular thermodynamics. Chemical Engineering Research and Design, 2024, 203: 442-452, SCI (A3)
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58 Yang Gaosheng, Bai Bing, Mao Haitao, Zhou Rui, Chen Wenxuan, Han Fei. Study on coupled heat-water-vapor transfer in buffer material based on SPH method. Case Studies in Thermal Engineering, 2024, 54: 104090, SCI (A2), Top期刊
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57 Zhou Rui, Bai Bing*, Cai Guoqing, Chen Xingxin. Thermo-Hydro-Mechanic-Chemical coupling model for hydrate-bearing sediment within a unified granular thermodynamic theory. Computers and Geotechnics, 2024, 167: 106057, SCI (A1), Top期刊
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56 周瑞,白冰*,楊光昌.基于顆粒重組理論的水合物沉積物溫-壓耦合熱力學模型. 岩土工程學報, 2024, 46(6):1226-1235
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55 陳佩佩,金銘,張桓偉,郭志光,白冰*,諸瑞松. 複雜溫度路徑下非飽和土的熱-水-力
耦合響應特性. 應用基礎與工程科學學報, 2024, 32(5): 1294-1306, EI
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54 Liu Jingjing, Wang Wei, Nie Qingke, Chen Xianwei, Bai Bing*. Laboratory model test of rock‑socketed pile groups
in steep‑inclined bedrock under a reduced constraint. Geotechnical and Geological Engineering, 2023, doi.org/10.1007/s10706-023-02526-1, SCI
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53 王岩,張國強,張鵬遠,孫文超,鄧尚,徐輝,陳龍,白冰*. 氧化石墨烯作用下滲透土層中重金屬鉛離子的遷移特性試驗研究. 水利與建築工程學報, , 2023, 21(2):115-120
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52 何福軍,張國強,張鵬遠,白冰*,王付偉,劉金燦,錢鼎. 填充顆粒占比對砂岩破碎帶突湧水通道形成的影響. 水利與建築工程學報, , 2023, 21(1):166-171
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51 武海燕,白冰*. 氧化石墨烯固化土壤中重金屬離子的有效性及界面能特征. 中國環境科學, 2023, 43:1277-1287, EI
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50 Ji Yanjie, Bai Bing*, Nie Qingke, Li Xu. Experimental study on the water retention properties of sulfate saline soils
during the cooling process. Cold Regions Science and Technology, 2023, 207, 103766, SCI(A3)
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49 楊高升,白冰*,姚曉亮,陳佩佩. 非飽和凍土水汽遷移與相變過程的光滑粒子法模拟. 岩土力學, 2021, 42(1): 291-300,EI
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48 Yang Guang-chang, Bai Bing*, Liu Yang, Chen Pei-pei.
Constitutive modeling for undrained shear behavior of gassy sand considering
energy dissipation at the mesoscopic level. Ocean Engineering, 2021,
219: 108307, SCI(A1), Top期刊
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47 Yang Guangchang, Bai Bing*. A thermodynamic model to simulate
the thermo-mechanical behavior of fine-grained gassy soil. Bulletin of
Engineering Geology and the Environment, 2020, 79(5): 2325-233,
SCI(A3)
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46 饒登宇, 白冰*. 孔隙尺度下三維多孔介質擴散迂曲度的SPH計算. 岩土工程學報,
2020,42(5): 961-967, EI
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45 Nie Qingke, Li Youdong, Wang Guohui, Bai Bing*. Physicochemical
and microstructural properties of red muds under acidic and alkaline
conditions. Applied Sciences, 2020, 10(9): 2993,
SCI(A3)
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44 Rao Dengyu, Bai Bing*.Study of the factors influencing diffusive
tortuosity based on pore‑scale SPH simulation of granular soil. Transport
in Porous Media, 2020, 132: 333-353, SCI(A3)
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43 楊高升, 白冰*,姚曉亮. 高含冰量凍土路基融化固結規律研究. 岩土力學, 2020, 41(3): 1010-1018, EI
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42 楊光昌,白冰*. 基于顆粒物質熱動力學理論的非飽和土熱水力耦合模型研究. 岩土工程學報, 2019, 41(9): 1688-1697, EI
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41 Yang G C, Bai B*. Thermo-hydro-mechanical model for
unsaturated clay soils based on granular solid hydrodynamics theory.
International Journal of Geomechanics, 2019, 19(10): 04019115, SCI
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40 饒登宇,白冰*. 溶質運移中多孔介質彌散度影響因素的SPH模拟研究. 水利學報, 2019, 50(7): 824-834,EI
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39 饒登宇,白冰*. 考慮裂隙的多孔介質中對流擴散現象的仿真模拟.哈爾濱工業大學學報, 2019, 51(6): 104-108,EI
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38 許韬, 白冰*, 劉月妙.含接縫的膨潤土砌塊緩沖材料愈合過程計算.工程力學, 2019, 36(5): 120-129,EI
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37 楊光昌,白冰*. 不同升溫-降溫路徑下中空圓柱飽和粉質黏土的熱固結. 工程力學, 2018, 35(9): 126-134, EI
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36 蔣思晨,白冰*. 懸浮顆粒形狀對其在多孔介質中遷移和沉積特性的影響. 岩土力學, 2018, 39(6) : 2043-2051, EI
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35 饒登宇,白冰*,陳佩佩. 基于 SPH 方法的非飽和多孔介質相變耦合研究. 岩土力學, 2018, 39(12) :
4527-4536, EI
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34 郭志光, 白冰*. 描述飽和土熱固結過程的一個非線性模型及數值分析. 岩土工程學報, 2018, 40(11): 2061-2067, EI
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33 許韬, 白冰*. 考慮物理性質參數變化的膨潤土緩沖材料水-熱耦合SPH數值解. 岩土力學, 2018,39(10): 3853-3862, EI
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32 楊光昌,白冰*. 考慮超固結效應的不同溫度路徑下飽和粉質黏土的熱固結. 岩土力學, 2018,39(1): 71-77, EI
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31 吳楠,白冰*, 肖軍華,張骁. 基坑群施工引起鄰近地鐵高架結構變形分析. 鐵道工程學報, 2018, 234(4): 84-91, EI
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30 郭志光, 白冰*. 飽和度對多孔介質中熱-水-力耦合響應的影響. 岩土工程學報,
2018,40(6): 1021-1028,EI
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29 Guo Zhiguang, Bai Bing*. A model to describe the nonlinear
adsorption and desorption and behavior during the process of contaminant
transport. Fresenius Environmental Bulletin,2017, 26(11): 6571-6578,SCI
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28 郭志光, 白冰*. 考慮非均衡吸附的多孔介質中循環注入污染物運移規律. 岩土工程學報, 2017,39(7): 1267-1272,EI
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27 郭志光, 白冰*. 濃度及滲流速度變化時污染物運移過程的求解. 中國環境科學, 2017,37(2): 613-619,EI
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26 楊海朋,白冰,聶慶科. 赤泥滲瀝液對黏性土和固化赤泥影響的試驗研究. 岩土力學, 2017,38(S1): 299-304,EI
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25 Jiang SiChen, Bai Bing*, Zhang PengYuan. Effect of gravity and
particle size distribution on the suspended particle transport and deposition
in a saturated porous medium. Fresenius Environmental Bulletin,
2016,25(12):5638-5649, SCI
-
24 楊海朋,白冰*,聶慶科. 基于多元統計的豎井井壁安全評價模型研究. 岩土力學, 2016,37(Z1): 27-34, EI
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23 陳佩佩,白冰*.非飽和岩土介質滲流問題的光滑粒子法模拟.岩石力學與工程學報, 2016,35(10): 2124-2130, EI
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22 陳佩佩,白冰*. 豎井凍結壁形成過程的光滑粒子法模拟.岩土工程學報, 2016, 38(11): 1981-1989,EI
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21 Zhang P, Bai B*, Jiang S, Wang P, Li H. Transport and deposition
of suspended particles in saturated porous media: effect of the hydrodynamic
forces and pore structure. Water Science and Technology: Water Supply,
2016,16(4): 951-960. SCI
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20 張鵬遠,白冰*,蔣思晨. 孔隙結構和水動力對飽和多孔介質中顆粒遷移和沉積特性的耦合影響. 岩土力學, 2016,37(5):1307-1316,EI
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19 陳佩佩,白冰*. 非飽和土中溫度引起水分遷移的光滑粒子法數值模拟.工程力學,2016,33(4):150-156,EI
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18 張鵬遠,白冰*,蔣思晨,賈尚華. 飽和黏土中球(柱)孔瞬時擴張及超孔隙水壓力研究. 應用基礎與工程科學學報, 2016(1):115-125,EI
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17 陳佩佩,白冰*. 基于SPH-FDM耦合算法的非飽和岩土介質中瞬态導熱問題數值模拟.應用基礎與工程科學學報,2015,23(5):952-965, EI
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16 李華偉,白冰*,王夢恕,于濤. 可溶性污染物在非飽和成層土中的遷移規律研究,土木工程學報,2015年,48(S1):
206-211,EI
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15 陳佩佩,白冰*. 内含圓柱域熱源的非飽和土介質水熱耦合作用的SPH 數值模拟.岩土工程學報,2015,37(6):1025-1030,
EI
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14 陳星欣,白冰. 考慮吸附-解吸效應的多孔介質中顆粒加速遷移問題解析解.岩土力學,2015,36(6):1698-1706, EI
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13 聶慶科,王英輝,白冰,賈向新,王宗奎. 粉土地基真空井點降水效果及土顆粒遷移效應.地下空間與工程學報,2015,11(6):1572-1580
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12 李華偉,白冰*,王夢恕,許韬.滲透作用下多孔介質中循環濃度污染物的遷移過程研究.岩土力學,2015,36(5):1306-1312, EI
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11 Chen Xingxin, Bai Bing. Experimental investigation and modeling
of particulate transportation and deposition in vertical and horizontal flows.
Hydrogeology Journal,2015,23:365–375,SCI
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10 聶慶科,白冰,李華偉,楊海朋.利用II級粉煤灰的灌注樁室内試樣和現場取芯試樣的耐久性研究.土木工程學報,2015,48(10):57-63, EI
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9 陳星欣, 白冰, 蔡奇鵬.飽和多孔介質中顆粒釋放-遷移問題的理論求解.中國科學,2014,44(6):610-618,EI
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8 楊海朋,白冰,聶慶科.豎井井壁豎向附加力的理論計算方法.伟德这个平台怎么样學報,2014,38(6):100-105
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7 張鵬遠,白冰,蔣思晨. 聚丙烯酰胺改性摻砂混雜纖維水泥土的無側限抗壓強度.中國鐵道科學,2014,35(6):7-14, EI
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6 聶慶科,王英輝,白冰,賈向新,任國家. 單井點和單排井點布置的真空降水現場試驗及比較研究.岩土力學,2014,35(2):481-489, EI
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5陳星欣, 白冰, 闫瑜龍, 賈丁雲. 懸浮顆粒的濃度對其在飽和砂土中遷移和沉積特性的影響. 岩土力學, 2012, 33(8),EI
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4 陳星欣, 白冰. 重力對飽和多孔介質中顆粒輸運特性的影響.岩土工程學報, 2012, 34(9),EI
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3 陳星欣, 白冰, 于濤, 郭蘭傑. 粒徑和滲流速度對多孔介質中懸浮顆粒遷移和沉積特性的耦合影響. 岩石力學與工程學報, 2012, 31(s2),EI
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2 蔡國慶,趙成剛,白冰,李艦. 溫控非飽和土三軸試驗裝置的研制及其應用. 岩土工程學報, 2012, 34(6): 1013-1019,EI
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1 吳剛, 白冰. 深基坑雙排樁支護結構設計計算方法研究. 岩土力學,2008,29(10),EI
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