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1. 扩散抛物化Navier-Stokes方程数值解法评述 [1181]
2. NS方程数值模拟多学科问题-离散阵风响应(英文) [957]
3. A new smoothness indicator for improving the weighted essentially .. [941]
4. Low diffusion E-CUSP scheme with implicit high order WENO scheme f.. [911]
5. E-CUSP scheme for the equations of ideal magnetohydrodynamics with.. [909]
6. 应用于计算气动声学的优化有限紧致格式 [833]
7. Hybrid Finite Compact-WENO Schemes for Shock Calculation [832]
8. Numerical-Value Perturbation Method with Application of Solving Co.. [830]
9. Navier-Stokes(NS)方程组差分计算中的物理和网格尺度效应及NS方程组的.. [786]
10. 广义扩散抛物化NS分成和大小尺度方程的数值研究 [775]
11. Perturbational finite volume scheme for the one-dimensional Navier.. [753]
12. A Multiscale-Domain Decomposition Method for High Reynolds Number .. [740]
13. High-Resolution Finite Compact Difference Schemes for Hyperbolic C.. [732]
14. Analysis and application of high resolution numerical perturbation.. [675]
15. Wave propagation and the frequency domain Green's functions in vis.. [670]
16. Multistep weighted essentially non-oscillatory scheme [667]
17. Multiscale Method for Turbulent-Flow Computations [614]
18. 工业标准气动计算的基础及其理论基础和推论并用于CFD [584]
19. 08 马赫加热壁面平板边界层的直接数值模拟 [580]
20. 双曲守恒型方程的二阶摄动有限差分格式 [568]
21. Gain saturation effects of a flowing chemical oxygen-iodine laser [547]
22. Semi-gas kinetics model for performance modeling of flowing chemic.. [522]
23. NS方程激波计算的摄动有限差分方法 [518]
24. Improvement of weighted essentially non-oscillatory schemes near d.. [513]
25. 可压缩涡中的激光传播 [494]
26. New Constructing Method for WENO Schemes [475]
27. Some weight-type high-resolution difference schemes and their appl.. [471]
28. 有二次涡的激波边界层干扰流动的DPNS和NS方程计算 [466]
29. 耦合离散流体理论的差分格式及其应用 [463]
30. 超声速化学氧碘激光(SCOIL)性能计算的半气体动理学(SGK)模型 [448]
31. 摄动有限体积法重构近似高精度的意义 [437]
32. 一个基于非均匀网格上的二阶基本无振荡差分格式 [436]
33. 有二次涡的激波/边界层干扰流动的壁判据验证 [430]
34. Parameter-free shock detector and high order hybrid algorithm for .. [426]
35. 化学反应与饱和模型对化学氧碘激光性能的影响 [423]
36. 粘性流动有限差分计算的新策略 [421]
37. 双曲守恒律方程的自适应人工黏性及激波识别方法研究 [409]
38. 逐阶加权基本无振荡格式 [408]
39. Non-oscillatory finite compact scheme for the equations of ideal m.. [398]
40. 有限紧致格式中不同激波识别方法的比较研究 [389]
41. 扩散通量和源项摄动重构的对流扩散FV格式 [385]
42. 一个基于非均匀网格上的二阶基本无振荡差分格式  [368]
43. Navier-Stokes(NS)方程组差分计算中的物理和网格尺度效应及NS方程组的.. [360]
44. A constrained-transport E-CUSP scheme for ideal magnetohydrodynami.. [354]
45. 无振荡有限紧致格式在理想磁流体方程中的应用研究 [347]
46. Navier-Stokes 方程的高精度数值模拟方法 [342]
47. Comparisons of high order hybrid schemes using a parameter-free di.. [326]
48. 应用于计算气动声学的有限紧致格式评估 [309]
49. Navier-Stokes方程的高精度数值模拟方法 [253]
50. 数值模拟内/外绕流的计算方法探讨 [250]
51. 高阶WENO格式模拟激波/边界层干扰流动的比较研究 [244]
52. The dual information preserving method for stiff reacting flows [230]
53. 五阶WENO格式整体综合性能的改进研究 [222]
54. Improvement of weighted compact scheme with multi-step strategy fo.. [218]
55. 源项刚性问题的高精度间断重构算法 [211]
56. A novel weighting switch function for uniformly high-order hybrid .. [210]
57. New Constructing Method for WENO Schemes [208]
58. 压气机转子气动噪声声源特性的数值模拟 [208]
59. 一种新的WENO-Z格式的改进方法研究 [193]
60. A new weighting method for improving the WENO-Z scheme [189]
61. GPU加速的高精度可压缩流动计算 [172]
62. 化学反应流动方程的时间摄动高精度方法 [157]
63. 三阶WENO格式光滑因子构造方法改进研究 [152]
64. 基于三阶加权基本无振荡格式的映射函数研究 [150]
65. 化学反应流动方程刚性问题的算法研究 [149]
66. A perturbational weighted essentially non-oscillatory scheme [143]
67. Multi-step Weighted Essentially Non-oscillatory Scheme [139]
68. 凝聚态炸药爆轰的高精度数值模拟 [131]
69. Comparison of drag prediction using RANS models and DDES for the D.. [131]
70. An adaptive characteristic-wise reconstruction WENO-Z scheme for g.. [127]
71. Novel local smoothness indicators for improving the third-order WE.. [117]
72. 加权基本无振荡格式的权函数研究及应用 [99]
73. Viscous/inviscid interacting shear flow theory with inferences and.. [98]
74. 高分辨率三阶非线性映射格式及其杂交格式 [89]
75. A high performance fifth-order multistep WENO scheme [87]
76. Discontinuity-Detecting Method for a Four-Point Stencil and Its Ap.. [74]
77. Two-step weighting method for constructing fourth-order hybrid cen.. [18]
78. An efficient targeted ENO scheme with local adaptive dissipation f.. [2]
79. 一种高效的耗散自适应TENO格式 [1]
80. 七阶低耗散WENO-Z型格式研究 [1]

Downloads

1. 扩散抛物化Navier-Stokes方程数值解法评述 [521]
2. Low diffusion E-CUSP scheme with implicit high order WENO scheme f.. [268]
3. E-CUSP scheme for the equations of ideal magnetohydrodynamics with.. [255]
4. 应用于计算气动声学的优化有限紧致格式 [251]
5. Hybrid Finite Compact-WENO Schemes for Shock Calculation [224]
6. 08 马赫加热壁面平板边界层的直接数值模拟 [204]
7. A new smoothness indicator for improving the weighted essentially .. [201]
8. Analysis and application of high resolution numerical perturbation.. [195]
9. Navier-Stokes(NS)方程组差分计算中的物理和网格尺度效应及NS方程组的.. [194]
10. A Multiscale-Domain Decomposition Method for High Reynolds Number .. [190]
11. 工业标准气动计算的基础及其理论基础和推论并用于CFD [190]
12. High-Resolution Finite Compact Difference Schemes for Hyperbolic C.. [187]
13. 双曲守恒型方程的二阶摄动有限差分格式 [186]
14. Numerical-Value Perturbation Method with Application of Solving Co.. [174]
15. NS方程激波计算的摄动有限差分方法 [163]
16. Improvement of weighted essentially non-oscillatory schemes near d.. [149]
17. 双曲守恒律方程的自适应人工黏性及激波识别方法研究 [146]
18. Multistep weighted essentially non-oscillatory scheme [146]
19. Perturbational finite volume scheme for the one-dimensional Navier.. [143]
20. Multiscale Method for Turbulent-Flow Computations [130]
21. 逐阶加权基本无振荡格式 [126]
22. 粘性流动有限差分计算的新策略 [123]
23. 有二次涡的激波边界层干扰流动的DPNS和NS方程计算 [121]
24. 有限紧致格式中不同激波识别方法的比较研究 [119]
25. Non-oscillatory finite compact scheme for the equations of ideal m.. [119]
26. Wave propagation and the frequency domain Green's functions in vis.. [118]
27. New Constructing Method for WENO Schemes [118]
28. 超声速化学氧碘激光(SCOIL)性能计算的半气体动理学(SGK)模型 [112]
29. Some weight-type high-resolution difference schemes and their appl.. [107]
30. 扩散通量和源项摄动重构的对流扩散FV格式 [105]
31. 无振荡有限紧致格式在理想磁流体方程中的应用研究 [104]
32. 有二次涡的激波/边界层干扰流动的壁判据验证 [101]
33. Semi-gas kinetics model for performance modeling of flowing chemic.. [100]
34. 应用于计算气动声学的有限紧致格式评估 [100]
35. 摄动有限体积法重构近似高精度的意义 [99]
36. 可压缩涡中的激光传播 [97]
37. 一个基于非均匀网格上的二阶基本无振荡差分格式 [93]
38. 一个基于非均匀网格上的二阶基本无振荡差分格式  [89]
39. Navier-Stokes 方程的高精度数值模拟方法 [89]
40. 耦合离散流体理论的差分格式及其应用 [86]
41. A constrained-transport E-CUSP scheme for ideal magnetohydrodynami.. [85]
42. 化学反应与饱和模型对化学氧碘激光性能的影响 [83]
43. Gain saturation effects of a flowing chemical oxygen-iodine laser [79]
44. 高阶WENO格式模拟激波/边界层干扰流动的比较研究 [76]
45. The dual information preserving method for stiff reacting flows [74]
46. Navier-Stokes方程的高精度数值模拟方法 [73]
47. 源项刚性问题的高精度间断重构算法 [70]
48. 压气机转子气动噪声声源特性的数值模拟 [67]
49. NS方程数值模拟多学科问题-离散阵风响应(英文) [65]
50. Parameter-free shock detector and high order hybrid algorithm for .. [60]
51. 数值模拟内/外绕流的计算方法探讨 [59]
52. Navier-Stokes(NS)方程组差分计算中的物理和网格尺度效应及NS方程组的.. [58]
53. Comparisons of high order hybrid schemes using a parameter-free di.. [58]
54. A novel weighting switch function for uniformly high-order hybrid .. [57]
55. New Constructing Method for WENO Schemes [53]
56. 五阶WENO格式整体综合性能的改进研究 [52]
57. Improvement of weighted compact scheme with multi-step strategy fo.. [48]
58. 化学反应流动方程的时间摄动高精度方法 [37]
59. Multi-step Weighted Essentially Non-oscillatory Scheme [37]
60. 凝聚态炸药爆轰的高精度数值模拟 [35]
61. 一种新的WENO-Z格式的改进方法研究 [34]
62. 化学反应流动方程刚性问题的算法研究 [32]
63. A new weighting method for improving the WENO-Z scheme [32]
64. Comparison of drag prediction using RANS models and DDES for the D.. [31]
65. 三阶WENO格式光滑因子构造方法改进研究 [30]
66. GPU加速的高精度可压缩流动计算 [29]
67. A perturbational weighted essentially non-oscillatory scheme [28]
68. 基于三阶加权基本无振荡格式的映射函数研究 [25]
69. Novel local smoothness indicators for improving the third-order WE.. [24]
70. Viscous/inviscid interacting shear flow theory with inferences and.. [21]
71. An adaptive characteristic-wise reconstruction WENO-Z scheme for g.. [17]
72. 加权基本无振荡格式的权函数研究及应用 [13]
73. Discontinuity-Detecting Method for a Four-Point Stencil and Its Ap.. [12]
74. 高分辨率三阶非线性映射格式及其杂交格式 [10]
75. A high performance fifth-order multistep WENO scheme [9]
76. 广义扩散抛物化NS分成和大小尺度方程的数值研究 [1]