Velocity Field
Velocity Field#
\(v_r\) |
1 |
v_r |
\(v_\theta\) |
2 |
v_theta |
\(v_\phi\) |
3 |
v_phi |
\(v_r'\) |
4 |
vp_r |
\(v_\theta'\) |
5 |
vp_theta |
\(v_\phi'\) |
6 |
vp_phi |
\(\overline{v_r}\) |
7 |
vm_r |
\(\overline{v_\theta}\) |
8 |
vm_theta |
\(\overline{v_\phi}\) |
9 |
vm_phi |
\(\frac{\partial v_r}{\partial r}\) |
10 |
dv_r_dr |
\(\frac{\partial v_\theta}{\partial r}\) |
11 |
dv_theta_dr |
\(\frac{\partial v_\phi}{\partial r}\) |
12 |
dv_phi_dr |
\(\frac{\partial v_r'}{\partial r}\) |
13 |
dvp_r_dr |
\(\frac{\partial v_\theta'}{\partial r}\) |
14 |
dvp_theta_dr |
\(\frac{\partial v_\phi'}{\partial r}\) |
15 |
dvp_phi_dr |
\(\frac{\partial \overline{v_r}}{\partial r}\) |
16 |
dvm_r_dr |
\(\frac{\partial \overline{v_\theta}}{\partial r}\) |
17 |
dvm_theta_dr |
\(\frac{\partial \overline{v_\phi}}{\partial r}\) |
18 |
dvm_phi_dr |
\(\frac{\partial v_r}{\partial \theta}\) |
19 |
dv_r_dt |
\(\frac{\partial v_\theta}{\partial \theta}\) |
20 |
dv_theta_dt |
\(\frac{\partial v_\phi}{\partial \theta}\) |
21 |
dv_phi_dt |
\(\frac{\partial v_r'}{\partial \theta}\) |
22 |
dvp_r_dt |
\(\frac{\partial v_\theta'}{\partial \theta}\) |
23 |
dvp_theta_dt |
\(\frac{\partial v_\phi'}{\partial \theta}\) |
24 |
dvp_phi_dt |
\(\frac{\partial \overline{v_r}}{\partial \theta}\) |
25 |
dvm_r_dt |
\(\frac{\partial \overline{v_\theta}}{\partial \theta}\) |
26 |
dvm_theta_dt |
\(\frac{\partial \overline{v_\phi}}{\partial \theta}\) |
27 |
dvm_phi_dt |
\(\frac{\partial v_r}{\partial \phi}\) |
28 |
dv_r_dp |
\(\frac{\partial v_\theta}{\partial \phi}\) |
29 |
dv_theta_dp |
\(\frac{\partial v_\phi}{\partial \phi}\) |
30 |
dv_phi_dp |
\(\frac{\partial v_r'}{\partial \phi}\) |
31 |
dvp_r_dp |
\(\frac{\partial v_\theta'}{\partial \phi}\) |
32 |
dvp_theta_dp |
\(\frac{\partial v_\phi'}{\partial \phi}\) |
33 |
dvp_phi_dp |
\(\frac{\partial \overline{v_r}}{\partial \phi}\) |
34 |
dvm_r_dp |
\(\frac{\partial \overline{v_\theta}}{\partial \phi}\) |
35 |
dvm_theta_dp |
\(\frac{\partial \overline{v_\phi}}{\partial \phi}\) |
36 |
dvm_phi_dp |
\(\frac{1}{r}\frac{\partial v_r}{\partial \theta}\) |
37 |
dv_r_dtr |
\(\frac{1}{r}\frac{\partial v_\theta}{\partial \theta}\) |
38 |
dv_theta_dtr |
\(\frac{1}{r}\frac{\partial v_\phi}{\partial \theta}\) |
39 |
dv_phi_dtr |
\(\frac{1}{r}\frac{\partial v_r'}{\partial \theta}\) |
40 |
dvp_r_dtr |
\(\frac{1}{r}\frac{\partial v_r'}{\partial \theta}\) |
41 |
dvp_theta_dtr |
\(\frac{1}{r}\frac{\partial v_r'}{\partial \theta}\) |
42 |
dvp_phi_dtr |
\(\frac{1}{r}\frac{\partial \overline{v_r}}{\partial \theta}\) |
43 |
dvm_r_dtr |
\(\frac{1}{r}\frac{\partial \overline{v_\theta}}{\partial \theta}\) |
44 |
dvm_theta_dtr |
\(\frac{1}{r}\frac{\partial \overline{v_\phi}}{\partial \theta}\) |
45 |
dvm_phi_dtr |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_r}{\partial \phi}\) |
46 |
dv_r_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_\theta}{\partial \phi}\) |
47 |
dv_theta_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_\phi}{\partial \phi}\) |
48 |
dv_phi_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_r'}{\partial \phi}\) |
49 |
dvp_r_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_\theta'}{\partial \phi}\) |
50 |
dvp_theta_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial v_\phi'}{\partial \phi}\) |
51 |
dvp_phi_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial \overline{v_r}}{\partial \phi}\) |
52 |
dvm_r_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial \overline{v_\theta}}{\partial \phi}\) |
53 |
dvm_theta_dprs |
\(\frac{1}{r\mathrm{sin}\theta}\frac{\partial \overline{v_\phi}}{\partial \phi}\) |
54 |
dvm_phi_dprs |
\(\frac{\partial^2 v_r}{\partial r^2}\) |
55 |
dv_r_d2r |
\(\frac{\partial^2 v_\theta}{\partial r^2}\) |
56 |
dv_theta_d2r |
\(\frac{\partial^2 v_\phi}{\partial r^2}\) |
57 |
dv_phi_d2r |
\(\frac{\partial^2 v_r'}{\partial r^2}\) |
58 |
dvp_r_d2r |
\(\frac{\partial^2 v_\theta'}{\partial r^2}\) |
59 |
dvp_theta_d2r |
\(\frac{\partial^2 v_\phi'}{\partial r^2}\) |
60 |
dvp_phi_d2r |
\(\frac{\partial^2 \overline{v_r}}{\partial r^2}\) |
61 |
dvm_r_d2r |
\(\frac{\partial^2 \overline{v_\theta}}{\partial r^2}\) |
62 |
dvm_theta_d2r |
\(\frac{\partial^2 \overline{v_\phi}}{\partial r^2}\) |
63 |
dvm_phi_d2r |
\(\frac{\partial^2 v_r}{\partial \theta^2}\) |
64 |
dv_r_d2t |
\(\frac{\partial^2 v_\theta}{\partial \theta^2}\) |
65 |
dv_theta_d2t |
\(\frac{\partial^2 v_\phi}{\partial \theta^2}\) |
66 |
dv_phi_d2t |
\(\frac{\partial^2 v_r'}{\partial \theta^2}\) |
67 |
dvp_r_d2t |
\(\frac{\partial^2 v_\theta'}{\partial \theta^2}\) |
68 |
dvp_theta_d2t |
\(\frac{\partial^2 v_\phi'}{\partial \theta^2}\) |
69 |
dvp_phi_d2t |
\(\frac{\partial^2 \overline{v_r}}{\partial \theta^2}\) |
70 |
dvm_r_d2t |
\(\frac{\partial^2 \overline{v_\theta}}{\partial \theta^2}\) |
71 |
dvm_theta_d2t |
\(\frac{\partial^2 \overline{v_\phi}}{\partial \theta^2}\) |
72 |
dvm_phi_d2t |
\(\frac{\partial^2 v_r}{\partial \phi^2}\) |
73 |
dv_r_d2p |
\(\frac{\partial^2 v_\theta}{\partial \phi^2}\) |
74 |
dv_theta_d2p |
\(\frac{\partial^2 v_\phi}{\partial \phi^2}\) |
75 |
dv_phi_d2p |
\(\frac{\partial^2 v_r'}{\partial \phi^2}\) |
76 |
dvp_r_d2p |
\(\frac{\partial^2 v_\theta'}{\partial \phi^2}\) |
77 |
dvp_theta_d2p |
\(\frac{\partial^2 v_\phi'}{\partial \phi^2}\) |
78 |
dvp_phi_d2p |
\(\frac{\partial^2 \overline{v_r}}{\partial \phi^2}\) |
79 |
dvm_r_d2p |
\(\frac{\partial^2 \overline{v_\theta}}{\partial \phi^2}\) |
80 |
dvm_theta_d2p |
\(\frac{\partial^2 \overline{v_\phi}}{\partial \phi^2}\) |
81 |
dvm_phi_d2p |
\(\frac{\partial^2 v_r}{\partial r \partial \theta}\) |
82 |
dv_r_d2rt |
\(\frac{\partial^2 v_\theta}{\partial r \partial \theta}\) |
83 |
dv_theta_d2rt |
\(\frac{\partial^2 v_\phi}{\partial r \partial \theta}\) |
84 |
dv_phi_d2rt |
\(\frac{\partial^2 v_r'}{\partial r \partial \theta}\) |
85 |
dvp_r_d2rt |
\(\frac{\partial^2 v_\theta'}{\partial r \partial \theta}\) |
86 |
dvp_theta_d2rt |
\(\frac{\partial^2 v_\phi'}{\partial r \partial \theta}\) |
87 |
dvp_phi_d2rt |
\(\frac{\partial^2 \overline{v_r}}{\partial r \partial \theta}\) |
88 |
dvm_r_d2rt |
\(\frac{\partial^2 \overline{v_\theta}}{\partial r \partial \theta}\) |
89 |
dvm_theta_d2rt |
\(\frac{\partial^2 \overline{v_\phi}}{\partial r \partial \theta}\) |
90 |
dvm_phi_d2rt |
\(\frac{\partial^2 v_r}{\partial r \partial \phi}\) |
91 |
dv_r_d2rp |
\(\frac{\partial^2 v_\theta}{\partial r \partial \phi}\) |
92 |
dv_theta_d2rp |
\(\frac{\partial^2 v_\phi}{\partial r \partial \phi}\) |
93 |
dv_phi_d2rp |
\(\frac{\partial^2 v_r'}{\partial r \partial \phi}\) |
94 |
dvp_r_d2rp |
\(\frac{\partial^2 v_\theta'}{\partial r \partial \phi}\) |
95 |
dvp_theta_d2rp |
\(\frac{\partial^2 v_\phi'}{\partial r \partial \phi}\) |
96 |
dvp_phi_d2rp |
\(\frac{\partial^2 \overline{v_r}}{\partial r \partial \phi}\) |
97 |
dvm_r_d2rp |
\(\frac{\partial^2 \overline{v_\theta}}{\partial r \partial \phi}\) |
98 |
dvm_theta_d2rp |
\(\frac{\partial^2 \overline{v_\phi}}{\partial r \partial \phi}\) |
99 |
dvm_phi_d2rp |
\(\frac{\partial^2 v_r}{\partial \theta \partial \phi}\) |
100 |
dv_r_d2tp |
\(\frac{\partial^2 v_\theta}{\partial \theta \partial \phi}\) |
101 |
dv_theta_d2tp |
\(\frac{\partial^2 v_\phi}{\partial \theta \partial \phi}\) |
102 |
dv_phi_d2tp |
\(\frac{\partial^2 v_r'}{\partial \theta \partial \phi}\) |
103 |
dvp_r_d2tp |
\(\frac{\partial^2 v_\theta'}{\partial \theta \partial \phi}\) |
104 |
dvp_theta_d2tp |
\(\frac{\partial^2 v_\phi'}{\partial \theta \partial \phi}\) |
105 |
dvp_phi_d2tp |
\(\frac{\partial^2 \overline{v_r}}{\partial \theta \partial \phi}\) |
106 |
dvm_r_d2tp |
\(\frac{\partial^2 \overline{v_\theta}}{\partial \theta \partial \phi}\) |
107 |
dvm_theta_d2tp |
\(\frac{\partial^2 \overline{v_\phi}}{\partial \theta \partial \phi}\) |
108 |
dvm_phi_d2tp |