generated from feelpp/article.template
-
Notifications
You must be signed in to change notification settings - Fork 0
/
eye.json
125 lines (119 loc) · 3.77 KB
/
eye.json
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
{
"Name": "Aqueous humor hydrodynamics in human eye heat transfer",
"ShortName":"EyeHeat",
"Models":
{
"heat": {"name": "eye-heat"}
},
"Parameters":
{
"h_bl": 65, // [W / m^2 / K]
"h_amb": 10, // [W / m^2 / K] \cite{KOSKY2013259}
"h_tau": 6, // [W / m^2 / K]
"T_bl": 310, // [K] 36.85°C \cite{https://hypertextbook.com/facts/1997/LenaWong.shtml}
"T_amb": 294, // [K] 24.85°C \cite{MAPSTONE1968237}
"E": 40, // [W / m^2] \cite{Scott_1988}
"sigma": 5.67e-8, // [W / (m^2 * K^4)]
"epsilon": 0.974, // [-] \cite{MAPSTONE1968237}
"rho_Cornea": 1050, // [kg / m^3]
"rho_Lens": 1000, // [kg / m^3]
"k_lens": 0.40 // [ W / m / K]
},
"Materials":
{
"Cornea":
{
"k":"0.58", // [W / (m * K)]
"rho":"rho_Cornea:rho_Cornea", // [kg / m^3]
"Cp":"4178" // [J / (kg * K)]
},
"Sclera": {
"k": "1.0042", // [W / (m * K)]
"rho": "1050", // [kg / m^3]
"Cp": "3180" // [J / (kg * K)]
},
"AqueousHumor":
{
"k":"0.28", // [W / (m * K)]
"rho":"996", // [kg / m^3]
"Cp":"3997" // [J / (kg * K)]
// "mu":"0.00074", // [N s / m^2]
// "beta":"0.000337" // [1 / K]
},
"Lens":
{
"k":"k_lens:k_lens", // [W / (m * K)]
"rho":"rho_Lens:rho_Lens", // [kg / m^3]
"Cp":"3000" // [J / (kg * K)]
},
"VitreousHumor":
{
"k":"0.603", // [W / (m * K)]
"rho":"1100", // [kg / m^3]
"Cp":"4178" //[J / (kg * K)]
},
"Iris":
{
"k":"1.0042", // [W / (m * K)]
"rho":"1050", // [kg / m^3]
"Cp":"3180" // [J / (kg * K)]
},
"Lamina":
{
"k":"1.0042", // [W / (m * K)]
"rho":"1050", // [kg / m^3]
"Cp":"3180" // [J / (kg * K)]
},
"Choroid":
{
"k":"0.52", // [W / (m * K)]
"rho":"1050", // [kg / m^3]
"Cp":"3180" // [J / (kg * K)]
},
"Retina":
{
"k":"0.52", // [W / (m * K)]
"rho":"1050", // [kg / m^3]
"Cp":"3180" // [J / (kg * K)]
},
"OpticNerve":
{
"k":"1.0042", // [W / (m * K)]
"rho":"1050", // [kg / m^3]
"Cp":"3180" // [J / (kg * K)]
}
},
"BoundaryConditions":
{
"heat":
{
"convective_heat_flux":
{
"BC_Sclera":
{
"h":"h_bl:h_bl",
"Text":"T_bl:T_bl"
},
"BC_OpticNerve":
{
"h":"h_bl:h_bl",
"Text":"T_bl:T_bl"
},
"BC_Cornea": {
"h": "h_amb+h_tau:h_amb:h_tau",
"Text": "T_amb:T_amb"
// "expr":"-(h_amb * (heat_T - T_amb) + sigma * epsilon * (heat_T * heat_T * heat_T * heat_T - T_amb * T_amb * T_amb * T_amb) + E):heat_T:T_amb:h_amb:epsilon:sigma:E"
}
},
"flux":
{
"BC_Cornea":
{
"expr":"-E:E"
//"expr": "-( (h_amb+h_tau)*(heat_T-T_amb) + E ):h_amb:h_tau:heat_T:T_amb:E"
// "expr":"-(h_amb * (heat_T - T_amb) + sigma * epsilon * (heat_T * heat_T * heat_T * heat_T - T_amb * T_amb * T_amb * T_amb) + E):heat_T:T_amb:h_amb:epsilon:sigma:E"
}
}
}
}
}