Keywords Cloud

Research Outputs

Co-authors[TOP 5]

Usage Statistics


  Total Views
 1021

  Access Source
    internal: 27
    External: 994
    Domestic: 684
    Abroad: 337

  Annual Views
 246

  Access Source
    internal: 3
    External: 243
    Domestic: 139
    Abroad: 107

  Monthly Views
 28

  Access Source
    internal: 0
    External: 28
    Domestic: 15
    Abroad: 13

Visits

Visits

1. Formation of layered fracture and outburst during gas hydrate diss.. [1144]
2. Experimental study on mechanical properties of methane-hydrate-bea.. [1116]
3. Effects of the Spudcan Penetration on the Adjacent Foundations [1097]
4. Experimental and numerical analysis on the responses of slope unde.. [1043]
5. Cementing Material on Mechanical Property of Calcareous Sand [1036]
6. 基于双重逾渗模型的裂隙多孔介质连通性研究 [945]
7. Dimensionless Analysis of the Simulation of Bucket Foundations und.. [893]
8. Responses of saturated sand surrounding a bucket foundations under.. [857]
9. 地震引起的飞石运动过程初步分析 [857]
10. 三轴系统在岩土工程领域的应用 [806]
11. 一种基于逾渗模型的裂隙岩石渗透系数确定方法 [794]
12. Liquefaction Potential of Silty Sand Surrounding A Bucket .. [786]
13. Effect of permafrost properties on gas hydrate petroleum system in.. [771]
14. Fracture of a slope by percolating [768]
15. 四氢呋喃水合物沉积物静动力学性质试验研究 [766]
16. Dynamic Responses of Bucket Foundations [759]
17. 水合物沉积层因水合物热分解引起的软化和破坏研究 [751]
18. 砂土沉积物中甲烷水合物降压分解渗流阵面实验 [744]
19. 水合物沉积物力学性质的实验装置和研究进展 [725]
20. 天然气水合物地层渗透率研究进展 [716]
21. Heat-Induced Evolution of Phase Transformations in Tetrahydrofuran.. [716]
22. 沉积物中水合物形成机理及分解动力学研究进展 [677]
23. 天然气水合物沉积物力学性质的试验研究 [674]
24. CO2在深部盐水层埋存的研究趋势 [670]
25. 天然气水合物快速加热分解导致地层破坏的实验 [668]
26. 水合物地层中考虑相变的轴对称热传导问题 [649]
27. Static and dynamic mechanical behavior of gas hydrate sediment [648]
28. Initiation and development of water film by seepage [628]
29. Advances in study of mechanical properties of gas hydrate-bearing .. [616]
30. 饱和岩石剪切失稳后效分析 [609]
31. 水平动载下饱和土体响应的理论解 [609]
32. 基于孔隙网络模型的微小喉道对岩芯驱油特征的影响分析 [608]
33. 水合物沉积物电阻特性研究初探 [601]
34. 水合物分解气体泄漏引起的海床破坏实验研究 [599]
35. Formation of layered fracture and outburst by percolation [596]
36. 裂隙多孔介质双重逾渗模型的算法实现 [595]
37. CO_2地质埋存后的逃逸问题研究进展 [587]
38. 水合物沉积层中考虑相变的热传导分析 [581]
39. 碎屑流沿坡面运动的数值模拟 [554]
40. 水合物开采实验模拟的方法及围压加载与隔热一体化系统 [551]
41. 盖层特性对CO_2埋存逃逸速度的影响 [544]
42. Comparisons of static, quasi-static and dynamic 3D porous media sc.. [541]
43. CCS工程中盖层渗透率对CO_2逃逸的影响 [536]
44. Thermally induced evolution of phase transformations in gas hydrat.. [522]
45. 极地天然气水合物勘探开发现状及对中国的启示 [473]
46. 谈谈天然气水合物及其分解引起的地层分层破坏 [460]
47. Research on oil displacement mechanism in conglomerate using CT sc.. [460]
48. 天然气水合物分解引起多孔介质变形流固耦合研究 [450]
49. 天然气水合物分解对地层稳定性影响的离心机实验模拟 [449]
50. 沉积物中导热体周围水合物分解范围研究 [431]
51. 西沙海槽东部海底浅表层土工程地质特性及水合物细粒土力学性质试验 [414]
52. 动载下桶基周围影响区范围和到达稳态的时间估算 [395]
53. Centrifugal experiment on stratum instability and failure process .. [394]
54. 离心机动态模拟中渗流相似的一种近似处理方法 [384]
55. 含水合物相变的固-液-气多相流动实验装置与测试方法 [380]
56. Theoretical Solution for Dynamic Responses of Saturated Soils [366]
57. Axial symmetrical thermal conduction and phase transformations in .. [358]
58. 天然气水合物开采方法研究进展 [305]
59. 利用CT技术研究砾岩驱油机理 [300]
60. 潮间带土在吊装荷载下的动力性质 [288]
61. 水合物分解对海床稳定性影响的数值模拟 [266]
62. 水合物分解渗流导致出砂测量的实验方法及实验装置 [261]
63. CO_2在深部盐水层埋存的研究趋势 [247]
64. 一种绞吸式水合物开采装置及开采方法 [246]
65. 饱和砂土中水层形成及演化分析 [245]
66. 一种孔隙裂隙网络模型及页岩气渗流模拟 [240]
67. Initiation and expansion of layered fracture in sediments due to t.. [237]
68. Study on the mechanical properties of hydrate-bearing silty clay [233]
69. Formation of layered fracture and outburst in stratums [232]
70. Experimental study on the migration of fine grains with seepage in.. [200]
71. 一种新的海洋浅层水合物开采法机械-热联合法 [196]
72. 天然气水合物分解导致甲烷气体泄漏的模拟实验装置 [191]
73. A Model for the Elastic Modulus of Hydrate-Bearing Sediments [178]
74. On Soil Layer Damage Due to Gas Escape [176]
75. 天然气水合物沉积物多测量单元分析方法及集成系统 [175]
76. 一种水合物沉积物长岩心合成与分解的双层控温系统 [170]
77. Numerical simulation on the marine landslide due to gas hydrate di.. [164]
78. 含多测量单元的高压三轴压力室 [153]
79. 南海水合物分解引起土层不稳定性数值模拟研究 [149]
80. Gas outburst with sediments because of tetrahydrofuran hydrate dis.. [148]
81. 南海水合物黏土沉积物力学特性试验模拟研究 [135]
82. 降压开采模拟试验的水合物分解阵面演化过程 [131]
83. 单裂缝中携砂液流动规律研究 [128]
84. A theoretical model for predicting the spatial distribution of gas.. [125]
85. Numerical study on the deformation of soil stratum and vertical we.. [122]
86. 一种水合物沉积物样品制备方法 [120]
87. Study on gas hydrate dissociation in small bodies of hydrate-beari.. [120]
88. 水合物分解实验方法及实验装置 [118]
89. A Dual Percolation Model for Predicting the Connectivity of Fractu.. [115]
90. 含水合物沉积物三轴剪切试验与损伤统计分析 [105]
91. Mechanism of soil stratum instability induced by hydrate dissociat.. [104]
92. Advances in understanding imbibition characteristics of shale usin.. [103]
93. 一种孔隙裂隙网络模型及页岩气渗流模拟 [100]
94. 羌塘盆地冻土结构特征及其对天然气水合物成藏的影响 [96]
95. 黏土水合物沉积物力学特性及应力应变关系 [95]
96. Numerical study on the stratum's responses due to natural gas hydr.. [90]
97. Instability of seabed and pipes induced by NGH dissociation [87]
98. 一种土层响应监测系统 [87]
99. Flow characteristic of a multistage radial turbine for supercritic.. [86]
100. 含水合物沉积物等效弹性模量混合律模型 [83]

Downloads

1. Effects of the Spudcan Penetration on the Adjacent Foundations [331]
2. Experimental study on mechanical properties of methane-hydrate-bea.. [286]
3. 天然气水合物地层渗透率研究进展 [262]
4. Cementing Material on Mechanical Property of Calcareous Sand [246]
5. Dimensionless Analysis of the Simulation of Bucket Foundations und.. [234]
6. Formation of layered fracture and outburst during gas hydrate diss.. [223]
7. Experimental and numerical analysis on the responses of slope unde.. [214]
8. Responses of saturated sand surrounding a bucket foundations under.. [203]
9. 基于双重逾渗模型的裂隙多孔介质连通性研究 [203]
10. Liquefaction Potential of Silty Sand Surrounding A Bucket .. [200]
11. 水合物沉积物力学性质的实验装置和研究进展 [198]
12. 水合物沉积物电阻特性研究初探 [198]
13. 地震引起的飞石运动过程初步分析 [195]
14. Dynamic Responses of Bucket Foundations [180]
15. 水平动载下饱和土体响应的理论解 [180]
16. 裂隙多孔介质双重逾渗模型的算法实现 [179]
17. 天然气水合物快速加热分解导致地层破坏的实验 [176]
18. Effect of permafrost properties on gas hydrate petroleum system in.. [175]
19. 四氢呋喃水合物沉积物静动力学性质试验研究 [173]
20. CO_2地质埋存后的逃逸问题研究进展 [172]
21. CO2在深部盐水层埋存的研究趋势 [170]
22. 天然气水合物沉积物力学性质的试验研究 [167]
23. 一种基于逾渗模型的裂隙岩石渗透系数确定方法 [162]
24. 盖层特性对CO_2埋存逃逸速度的影响 [158]
25. 天然气水合物分解对地层稳定性影响的离心机实验模拟 [158]
26. 水合物地层中考虑相变的轴对称热传导问题 [158]
27. 水合物分解气体泄漏引起的海床破坏实验研究 [157]
28. Static and dynamic mechanical behavior of gas hydrate sediment [150]
29. Advances in study of mechanical properties of gas hydrate-bearing .. [146]
30. Heat-Induced Evolution of Phase Transformations in Tetrahydrofuran.. [144]
31. 碎屑流沿坡面运动的数值模拟 [142]
32. 砂土沉积物中甲烷水合物降压分解渗流阵面实验 [141]
33. Comparisons of static, quasi-static and dynamic 3D porous media sc.. [140]
34. 基于孔隙网络模型的微小喉道对岩芯驱油特征的影响分析 [132]
35. Initiation and development of water film by seepage [131]
36. 天然气水合物开采方法研究进展 [127]
37. Axial symmetrical thermal conduction and phase transformations in .. [122]
38. CCS工程中盖层渗透率对CO_2逃逸的影响 [120]
39. 水合物沉积层中考虑相变的热传导分析 [120]
40. 水合物开采实验模拟的方法及围压加载与隔热一体化系统 [116]
41. 饱和岩石剪切失稳后效分析 [113]
42. Research on oil displacement mechanism in conglomerate using CT sc.. [110]
43. 沉积物中水合物形成机理及分解动力学研究进展 [108]
44. 三轴系统在岩土工程领域的应用 [108]
45. Fracture of a slope by percolating [107]
46. Thermally induced evolution of phase transformations in gas hydrat.. [103]
47. 极地天然气水合物勘探开发现状及对中国的启示 [98]
48. 水合物分解对海床稳定性影响的数值模拟 [95]
49. 天然气水合物分解引起多孔介质变形流固耦合研究 [91]
50. Centrifugal experiment on stratum instability and failure process .. [88]
51. 饱和砂土中水层形成及演化分析 [87]
52. 沉积物中导热体周围水合物分解范围研究 [83]
53. 利用CT技术研究砾岩驱油机理 [80]
54. Formation of layered fracture and outburst by percolation [77]
55. 动载下桶基周围影响区范围和到达稳态的时间估算 [72]
56. 含水合物相变的固-液-气多相流动实验装置与测试方法 [70]
57. CO_2在深部盐水层埋存的研究趋势 [68]
58. 一种孔隙裂隙网络模型及页岩气渗流模拟 [66]
59. 离心机动态模拟中渗流相似的一种近似处理方法 [60]
60. 西沙海槽东部海底浅表层土工程地质特性及水合物细粒土力学性质试验 [59]
61. 潮间带土在吊装荷载下的动力性质 [53]
62. 南海水合物黏土沉积物力学特性试验模拟研究 [53]
63. 南海水合物分解引起土层不稳定性数值模拟研究 [52]
64. 一种绞吸式水合物开采装置及开采方法 [51]
65. Theoretical Solution for Dynamic Responses of Saturated Soils [50]
66. A Model for the Elastic Modulus of Hydrate-Bearing Sediments [48]
67. Numerical simulation on the marine landslide due to gas hydrate di.. [45]
68. On Soil Layer Damage Due to Gas Escape [40]
69. Study on the mechanical properties of hydrate-bearing silty clay [37]
70. 水合物分解渗流导致出砂测量的实验方法及实验装置 [37]
71. 天然气水合物分解导致甲烷气体泄漏的模拟实验装置 [33]
72. Formation of layered fracture and outburst in stratums [29]
73. Initiation and expansion of layered fracture in sediments due to t.. [27]
74. 一种孔隙裂隙网络模型及页岩气渗流模拟 [27]
75. 谈谈天然气水合物及其分解引起的地层分层破坏 [26]
76. 一种水合物沉积物长岩心合成与分解的双层控温系统 [26]
77. 含水合物沉积物三轴剪切试验与损伤统计分析 [26]
78. A theoretical model for predicting the spatial distribution of gas.. [25]
79. A Dual Percolation Model for Predicting the Connectivity of Fractu.. [25]
80. 黏土水合物沉积物力学特性及应力应变关系 [25]
81. 羌塘盆地冻土结构特征及其对天然气水合物成藏的影响 [23]
82. 西藏羌塘盆地鸭湖地区天然气水合物成藏条件 [22]
83. Mechanism of soil stratum instability induced by hydrate dissociat.. [21]
84. Numerical study on the deformation of soil stratum and vertical we.. [19]
85. 天然气水合物沉积物多测量单元分析方法及集成系统 [19]
86. Instability of seabed and pipes induced by NGH dissociation [19]
87. 水合物沉积层因水合物热分解引起的软化和破坏研究 [18]
88. 含水合物沉积物等效弹性模量混合律模型 [17]
89. 降压开采模拟试验的水合物分解阵面演化过程 [16]
90. 含多测量单元的高压三轴压力室 [16]
91. Study on gas hydrate dissociation in small bodies of hydrate-beari.. [16]
92. A mathematical model for dissociation of gas hydrate [16]
93. Laboratory study on physical and mechanical properties of hydrate .. [15]
94. Gas outburst with sediments because of tetrahydrofuran hydrate dis.. [14]
95. Study on Flow in Fractured Porous Media Using Pore-Fracture Networ.. [14]
96. 单裂缝中携砂液流动规律研究 [13]
97. 一种水合物沉积物样品制备方法 [12]
98. 一种土层响应监测系统 [12]
99. 一种三轴仪实验中的软土装样装置 [12]
100. 多孔介质中渗流致细颗粒运移实验探讨 [12]