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1 | ADAMSON TC, 1980, ANNU REV FLUID MECH, V12, P103 | WoS | 6
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2 | AREF H, 1983, ANNU REV FLUID MECH, V15, P345 | WoS | 8
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6 | BAINES WD, 1969, J FLUID MECH, V37, P51 | WoS | 6
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7 | BANNER ML, 1993, ANNU REV FLUID MECH, V25, P373 | WoS | 6
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8 | BATCHELOR GK, 1967, INTRO FLUID DYNAMICS | WoS | 26
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9 | BATCHELOR GK, 1959, J FLUID MECH, V5, P113 | WoS | 12
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10 | BATCHELOR GK, 1953, THEORY HOMOGENEOUS T | WoS | 11
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11 | BATCHELOR GK, 1956, J FLUID MECH, V1, P177 | WoS | 11
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12 | BATCHELOR GK, 1970, J FLUID MECH, V41, P545 | WoS | 11
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13 | BATCHELOR GK, 1952, P CAMBRIDGE PHIL SOC, V48, P345 | WoS | 9
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14 | BATCHELOR GK, 1954, Q J MECH APPL MATH, V7, P83 | WoS | 8
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15 | BATCHELOR GK, 1970, J FLUID MECH, V44, P419 | WoS | 7
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18 | BATCHELOR GK, 1972, J FLUID MECH, V56, P401 | WoS | 6
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20 | BAYLY BJ, 1988, ANNU REV FLUID MECH, V20, P359 | WoS | 8
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21 | BENJAMIN TB, 1967, J FLUID MECH, V27, P417 | WoS | 11
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22 | BENJAMIN TB, 1968, J FLUID MECHANICS 2, V31, P209 | WoS | 7
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23 | BENJAMIN TB, 1962, J FLUID MECH, V14, P593 | WoS | 6
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24 | BENJAMIN TB, 1966, J FLUID MECH, V25, P241 | WoS | 6
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25 | BENJAMIN TB, 1967, J FLUID MECH, V29, P559 | WoS | 6
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26 | BENJAMIN TB, 1967, P ROY SOC LOND A MAT, V299, P59 | WoS | 6
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27 | BENNEY DJ, 1960, PHYS FLUIDS, V3, P656 | WoS | 8
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28 | BENNEY DJ, 1961, J FLUID MECH, V10, P209 | WoS | 7
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29 | BENZI R, 1984, J PHYS A-MATH GEN, V17, P3521 | WoS | 6
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30 | BERGER E, 1972, ANNU REV FLUID MECH, V4, P313 | WoS | 6
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# | Author / Year / Journal | Recs
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31 | BERNAL LP, 1986, J FLUID MECH, V170, P499 | WoS | 6
|
32 | BHATNAGAR PL, 1954, PHYS REV, V94, P511 | WoS | 7
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33 | BIRD GA, 1976, MOL GAS DYNAMICS | WoS | 6
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34 | BIRD RB, 1987, DYNAMICS POLYM LIQUI, V2 | WoS | 8
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35 | BIRD RB, 1987, DYNAMICS POLYM LIQUI, V1 | WoS | 7
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36 | BIRD RB, 1977, MACROMOLECULAR HYDRO, V1 | WoS | 6
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37 | BLACKWELDER RF, 1976, J FLUID MECH, V76, P89 | WoS | 8
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38 | BOOKER JR, 1967, J FLUID MECH, V27, P513 | WoS | 8
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39 | BRACKBILL JU, 1992, J COMPUT PHYS, V100, P335 | WoS | 6
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40 | BRADSHAW P, 1967, J FLUID MECHANICS 3, V28, P593 | WoS | 8
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41 | BRADSHAW P, 1974, J FLUID MECH, V63, P449 | WoS | 6
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42 | BRETHERTON FP, 1961, J FLUID MECH, V10, P166 | WoS | 11
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43 | BRINKMAN HC, 1947, APPL SCI RES A, V1, P27 | WoS | 8
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44 | BROWN GL, 1974, J FLUID MECH 4, V64, P775 | WoS | 19
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45 | CANTWELL BJ, 1981, ANNU REV FLUID MECH, V13, P457 | WoS | 6
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46 | CANUTO C, 1988, SPECTRAL METHODS FLU | WoS | 7
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47 | CHANDRASEKHAR S, 1961, HYDRODYNAMIC HYDROMA | WoS | 25
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48 | CHARNEY JG, 1961, J GEOPHYS RES, V66, P83 | WoS | 8
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49 | CHARNEY JG, 1971, J ATMOS SCI, V28, P1087 | WoS | 8
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50 | CHARNEY JG, 1947, J METEOROL, V4, P135 | WoS | 7
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51 | CHARNEY JG, 1962, J ATMOS SCI, V19, P159 | WoS | 6
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52 | CHORIN AJ, 1973, J FLUID MECH, V57, P785 | WoS | 10
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53 | CHU BT, 1958, J FLUID MECH, V3, P494 | WoS | 9
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54 | CLIFT R, 1978, BUBBLES DROPS PARTIC | WoS | 7
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55 | COLES D, 1965, J FLUID MECH, V21, P385 | WoS | 7
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56 | COMTEBELLOT G, 1971, J FLUID MECH, V48, P273 | WoS | 7
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57 | CORINO ER, 1969, J FLUID MECH, V37, P1 | WoS | 6
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58 | COUDER Y, 1986, J FLUID MECH, V173, P225 | WoS | 6
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59 | CRAIK ADD, 1971, J FLUID MECH, V50, P393 | WoS | 6
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60 | CRIGHTON DG, 1976, J FLUID MECH, V77, P397 | WoS | 9
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# | Author / Year / Journal | Recs
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61 | CROW SC, 1971, J FLUID MECH, V48, P547 | WoS | 11
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62 | CROW SC, 1970, AIAA J, V8, P2172 | WoS | 9
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63 | DAVIES RM, 1950, P ROY SOC A, V200, P375 | WoS | 6
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64 | DAVIS RE, 1967, J FLUID MECH, V29, P593 | WoS | 6
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65 | DEARDORFF JW, 1970, J FLUID MECH, V41, P453 | WoS | 7
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66 | DEGENNES PG, 1985, REV MOD PHYS, V57, P827 | WoS | 9
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67 | DIMOTAKIS PE, 1976, J FLUID MECH, V78, P535 | WoS | 7
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68 | DOUADY S, 1991, PHYS REV LETT, V67, P983 | WoS | 6
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69 | DRAZIN PG, 1981, HYDRODYNAMIC STABILI | WoS | 19
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70 | DUSSAN EB, 1979, ANNU REV FLUID MECH, V11, P371 | WoS | 15
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71 | DUSSAN EB, 1974, J FLUID MECH, V65, P71 | WoS | 6
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72 | EKMAN VW, 1905, ARKIV MAT ASTRON FIZ, V2, P1 | WoS | 7
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73 | ELLISON TH, 1959, J FLUID MECH, V6, P423 | WoS | 12
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74 | EMMONS HW, 1951, J AEROSPACE SCIENCES, V18, P490 | WoS | 8
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75 | FRANK W, 1967, 2375 NAV SHIP RES DE | WoS | 6
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76 | FREYMUTH P, 1966, J FLUID MECH, V25, P683 | WoS | 6
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77 | FRISCH U, 1995, TURBULENCE LEGACY AN | WoS | 9
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78 | GARDNER CS, 1967, PHYS REV LETT, V19, P1095 | WoS | 6
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79 | GARRETT C, 1979, ANNU REV FLUID MECH, V11, P339 | WoS | 8
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80 | GASTER M, 1962, J FLUID MECH, V14, P222 | WoS | 10
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81 | GERMANO M, 1991, PHYS FLUIDS A-FLUID, V3, P1760 | WoS | 8
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82 | GERRARD JH, 1966, J FLUID MECH, V25, P401 | WoS | 6
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83 | GILL AE, 1982, ATMOSPHERE OCEAN DYN | WoS | 11
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84 | GOLDSTEIN ME, 1989, ANNU REV FLUID MECH, V21, P137 | WoS | 6
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85 | GOLDSTEIN S, 1948, QUART J MECH APPL MA, V1, P43 | WoS | 6
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86 | GRANT HL, 1958, J FLUID MECH, V4, P149 | WoS | 7
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87 | GRANT HL, 1962, J FLUID MECH, V12, P241 | WoS | 6
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88 | GRASS AJ, 1971, J FLUID MECH, V50, P233 | WoS | 7
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89 | GREENSPAN HP, 1968, THEORY ROTATING FLUI | WoS | 13
|
90 | GREGORY N, 1955, PHIL T ROY SOC A, V248, P155 | WoS | 7
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# | Author / Year / Journal | Recs
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91 | GUCKENHEIMER J, 1983, NONLINEAR OSCILLATIO | WoS | 6
|
92 | GUPTA AK, 1971, J FLUID MECH, V50, P493 | WoS | 6
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93 | HALL MG, 1972, ANNU REV FLUID MECH, V4, P195 | WoS | 7
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94 | HAPPEL J, 1965, LOW REYNOLDS NUMBER | WoS | 10
|
95 | HASSELMANN K, 1962, J FLUID MECH, V12, P481 | WoS | 11
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96 | HAYES WD, 1959, HYPERSONIC FLOW THEO | WoS | 8
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97 | HERBERT T, 1988, ANNU REV FLUID MECH, V20, P487 | WoS | 11
|
98 | HINZE JO, 1975, TURBULENCE | WoS | 12
|
99 | HO CM, 1984, ANNU REV FLUID MECH, V16, P365 | WoS | 13
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100 | HUERRE P, 1990, ANNU REV FLUID MECH, V22, P473 | WoS | 13
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101 | HUNT JCR, 1973, J FLUID MECH, V61, P625 | WoS | 9
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102 | HUNT JCR, 1978, J FLUID MECH, V86, P179 | WoS | 7
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103 | HUSSAIN AKMF, 1986, J FLUID MECH, V173, P303 | WoS | 8
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104 | HUSSAINI MY, 1987, ANNU REV FLUID MECH, V19, P339 | WoS | 7
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105 | JEFFERY GB, 1922, P R SOC LOND A-CONTA, V102, P161 | WoS | 7
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106 | JIMENEZ J, 1993, J FLUID MECH, V255, P65 | WoS | 8
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107 | KERR RM, 1985, J FLUID MECH, V153, P31 | WoS | 10
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108 | KIM HT, 1971, J FLUID MECH, V50, P133 | WoS | 8
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109 | KIM J, 1987, J FLUID MECH, V177, P133 | WoS | 14
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110 | KLEBANOFF PS, 1962, J FLUID MECH, V12, P1 | WoS | 16
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111 | KLINE SJ, 1967, J FLUID MECH 4, V30, P741 | WoS | 21
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112 | KOLMOGOROFF A, 1941, CR ACAD SCI URSS, V30, P301 | WoS | 12
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113 | KOLMOGOROFF AN, 1962, J FLUID MECH, V13, P82 | WoS | 11
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114 | KOLMOGOROV AN, 1941, DOKL AKAD NAUK SSSR, V30, P299 | WoS | 7
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115 | KORTEWEG DJ, 1895, PHILOS MAG, V39, P422 | WoS | 8
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116 | KOVASZNAY LSG, 1970, J FLUID MECH, V41, P283 | WoS | 7
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117 | KRAICHNAN RH, 1959, J FLUID MECH, V5, P497 | WoS | 8
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118 | KRAICHNAN RH, 1967, PHYS FLUIDS, V10, P1417 | WoS | 8
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119 | LAMB H, 1932, HYDRODYNAMICS | WoS | 42
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120 | LANDAHL MT, 1967, J FLUID MECH, V29, P441 | WoS | 8
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# | Author / Year / Journal | Recs
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121 | LANDAU LD, 1959, FLUID MECHANICS | WoS | 13
|
122 | LAUFER J, 1975, ANNUAL REV FLUID MEC, V7, P307 | WoS | 7
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123 | LAUNDER BE, 1975, J FLUID MECH, V68, P537 | WoS | 10
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124 | LEIBOVICH S, 1983, ANNU REV FLUID MECH, V15, P391 | WoS | 8
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125 | LEONARD A, 1985, ANNU REV FLUID MECH, V17, P523 | WoS | 11
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126 | LEONARD A, 1980, J COMPUT PHYS, V37, P289 | WoS | 9
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127 | LEONARD A, 1974, ADV GEOPHYSICS A, V18, P237 | WoS | 8
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128 | LESIEUR M, 1996, ANNU REV FLUID MECH, V28, P45 | WoS | 7
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129 | LEVICH VG, 1962, PHYSICOCHEMICAL HYDR | WoS | 14
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130 | LEVICH VG, 1969, ANNU REV FLUID MECH, V1, P293 | WoS | 9
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131 | LIGHTHILL MJ, 1952, P ROY SOC LOND A MAT, V211, P564 | WoS | 12
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132 | LIGHTHILL MJ, 1953, P ROY SOC LOND A MAT, V217, P478 | WoS | 7
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133 | LIN CC, 1955, THEORY HYDRODYNAMIC | WoS | 10
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134 | LORENZ EN, 1963, J ATMOS SCI, V20, P130 | WoS | 8
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135 | LUMLEY J, 1967, P INT C FIN SCAL STR, P166 | WoS | 8
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136 | LUMLEY JL, 1964, STRUCTURE ATMOSPHERI | WoS | 8
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137 | MCWILLIAMS JC, 1984, J FLUID MECH, V146, P21 | WoS | 9
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138 | MILES JW, 1961, J FLUID MECH, V10, P496 | WoS | 7
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139 | MOIN P, 1982, J FLUID MECH, V118, P341 | WoS | 7
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140 | MONIN AS, 1975, STATISTICAL FLUID ME, V2 | WoS | 14
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141 | MONIN AS, 1971, STATISTICAL FLUID ME, V1 | WoS | 7
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142 | MORTON BR, 1956, P ROY SOC A, V234, P1 | WoS | 9
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143 | OBUKHOV AM, 1962, J FLUID MECH, V13, P77 | WoS | 8
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144 | OLDROYD JG, 1958, P ROY SOC A, V245, P278 | WoS | 7
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145 | ORSZAG SA, 1970, J FLUID MECH, V41, P363 | WoS | 8
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146 | ORSZAG SA, 1983, J FLUID MECH, V128, P347 | WoS | 8
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147 | ORSZAG SA, 1980, J FLUID MECH, V96, P159 | WoS | 7
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148 | OSBORN TR, 1980, J PHYS OCEANOGR, V10, P83 | WoS | 8
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149 | PEDLOSKY J, 1979, GEOPHYSICAL FLUID DY | WoS | 8
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150 | PEDLOSKY J, 1987, GEOPHYSICAL FLUID DY | WoS | 8
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# | Author / Year / Journal | Recs
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151 | PEREGRINE DH, 1983, ANNU REV FLUID MECH, V15, P149 | WoS | 7
|
152 | PHILLIPS OM, 1977, DYNAMICS UPPER OCEAN | WoS | 17
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153 | PHILLIPS OM, 1966, DYNAMICS UPPER OCEAN | WoS | 8
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154 | PIERREHUMBERT RT, 1982, J FLUID MECH, V114, P59 | WoS | 9
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155 | POPE SB, 1985, PROG ENERG COMBUST, V11, P119 | WoS | 13
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156 | POPE SB, 2000, TURBULENT FLOWS | WoS | 7
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157 | REED HL, 1989, ANNU REV FLUID MECH, V21, P235 | WoS | 8
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158 | RESHOTKO E, 1976, ANNU REV FLUID MECH, V8, P311 | WoS | 9
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159 | REYNOLDS O, 1895, PHILOS T R SOC A, V186, P123 | WoS | 7
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160 | REYNOLDS WC, 1976, ANNUAL REV FLUID MEC, V8, P183 | WoS | 14
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161 | RICHARDSON LF, 1926, P R SOC LOND A-CONTA, V110, P709 | WoS | 8
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162 | ROBINSON SK, 1991, ANNU REV FLUID MECH, V23, P601 | WoS | 14
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163 | ROGALLO RS, 1984, ANNU REV FLUID MECH, V16, P99 | WoS | 14
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164 | ROSHKO A, 1976, AIAA J, V14, P1349 | WoS | 8
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165 | ROSHKO A, 1955, J AERONAUT SCI, V22, P124 | WoS | 7
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166 | SADDOUGHI SG, 1994, J FLUID MECH, V268, P333 | WoS | 8
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167 | SAFFMAN PG, 1992, VORTEX DYNAMICS | WoS | 11
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168 | SAFFMAN PG, 1979, ANNU REV FLUID MECH, V11, P95 | WoS | 9
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169 | SCHLICHTING H, 1979, BOUNDARY LAYER THEOR | WoS | 8
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170 | SCHLICHTING H, 1968, BOUNDARY LAYER THEOR | WoS | 7
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171 | SIGGIA ED, 1981, J FLUID MECH, V107, P375 | WoS | 7
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172 | SMAGORINSKY J, 1963, MON WEATHER REV, V91, P99 | WoS | 9
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173 | SMITH AMO, 1956, ES26388 DOUGL AIRCR | WoS | 7
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174 | SQUIRE HB, 1933, P R SOC LOND A-CONTA, V142, P621 | WoS | 7
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175 | SREENIVASAN KR, 1997, ANNU REV FLUID MECH, V29, P435 | WoS | 7
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176 | STOKER JJ, 1957, WATER WAVES | WoS | 7
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177 | STOKES GG, 1947, T CAMBRIDGE PHIL SOC, V8, P441 | WoS | 11
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178 | STUART JT, 1958, J FLUID MECH, V4, P1 | WoS | 7
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179 | TAYLOR GI, 1921, P LOND MATH SOC, V20, P196 | WoS | 14
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180 | TAYLOR GI, 1923, PHILOS T R SOC LOND, V223, P289 | WoS | 9
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# | Author / Year / Journal | Recs
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181 | TAYLOR GI, 1932, P R SOC LOND A-CONTA, V138, P41 | WoS | 9
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182 | TAYLOR GI, 1953, P ROY SOC LOND A MAT, V219, P186 | WoS | 9
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183 | TAYLOR GI, 1934, PROC R SOC LON SER-A, V146, P501 | WoS | 7
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184 | TAYLOR GI, 1954, P ROY SOC A, V223, P446 | WoS | 7
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185 | TENNEKES H, 1972, 1ST COURSE TURBULENC | WoS | 13
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186 | TENNEKES H, 1972, 1 COURSE TURBULENCE | WoS | 7
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187 | TOLLMIEN W, 1929, NACHR GES WISS GO MP, P21 | WoS | 8
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188 | TOWNSEND AA, 1976, STRUCTURE TURBULENT | WoS | 16
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189 | TOWNSEND AA, 1956, STRUCTURE TURBULENT | WoS | 12
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190 | TREFETHEN LN, 1993, SCIENCE, V261, P578 | WoS | 7
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191 | TURNER JS, 1973, BUOYANCY EFFECTS FLU | WoS | 22
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192 | VANDYKE M, 1982, ALBUM FLUID MOTION | WoS | 12
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193 | VANDYKE M, 1964, PERTURBATION METHODS | WoS | 11
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194 | VANDYKE MD, 1975, PERTURBATION METHODS | WoS | 7
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195 | VINCENT A, 1991, J FLUID MECH, V225, P1 | WoS | 7
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196 | VONKARMAN T, 1921, Z ANGEW MATH MECH, V1, P233 | WoS | 9
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197 | WALTERS K, 1975, RHEOMETRY | WoS | 7
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198 | WEHAUSEN JV, 1960, HDB PHYSIK, V9, P446 | WoS | 9
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199 | WHITHAM GB, 1974, LINEAR NONLINEAR WAV | WoS | 18
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200 | WINANT CD, 1974, J FLUID MECH, V63, P237 | WoS | 13
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