4 Mathematical Modeling of Wave Motions of Fluids
43
Fig. 4.2 Horizontal and vertical sizes of a spot in area 10 × 10. Re = 100, Fr = 0.1, Sc = 709.2
[15]: a horizontal spot size, b vertical spot size
Calculations of the problem with the collapse of the spot from [11] were carried
out in the entire region with the numbers Re = 100 and Fr = 0.1. The dependences
of the linear dimensions of the spot from time are shown in Fig. 4.3. The theoretical
results [23, 24] are demonstrated for comparison.
Fig. 4.3 Dependences of the linear dimensions of the spot from time: a growth of horizontal spot
size, b vertical spot size setting
43
Fig. 4.2 Horizontal and vertical sizes of a spot in area 10 × 10. Re = 100, Fr = 0.1, Sc = 709.2
[15]: a horizontal spot size, b vertical spot size
Calculations of the problem with the collapse of the spot from [11] were carried
out in the entire region with the numbers Re = 100 and Fr = 0.1. The dependences
of the linear dimensions of the spot from time are shown in Fig. 4.3. The theoretical
results [23, 24] are demonstrated for comparison.
Fig. 4.3 Dependences of the linear dimensions of the spot from time: a growth of horizontal spot
size, b vertical spot size setting