runmat-meshing-size 0.6.0

Sizing field query service for RunMat meshing
Documentation 
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
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153

use super::RefinementIndicatorKey;

pub fn structural_static_default_refinement_indicators() -> Vec<RefinementIndicatorKey> {
    vec![
        RefinementIndicatorKey::new("structural", "stress_gradient"),
        RefinementIndicatorKey::new("structural", "strain_energy_density"),
        RefinementIndicatorKey::new("structural", "load_regions"),
        RefinementIndicatorKey::new("structural", "constraint_regions"),
    ]
}

pub fn default_refinement_indicators_for_analysis(
    profile: &str,
    run_kind: &str,
) -> Vec<RefinementIndicatorKey> {
    let profile_defaults = match profile {
        "linear_static_structural" => structural_static_default_refinement_indicators(),
        "modal_structural" => vec![
            RefinementIndicatorKey::new("modal", "modal_strain_energy"),
            RefinementIndicatorKey::new("modal", "mode_shape_curvature"),
            RefinementIndicatorKey::new("modal", "frequency_residual"),
        ],
        "transient_structural" => vec![
            RefinementIndicatorKey::new("structural", "stress_gradient"),
            RefinementIndicatorKey::new("structural", "strain_energy_density"),
            RefinementIndicatorKey::new("structural", "displacement_gradient"),
        ],
        "nonlinear_structural" => vec![
            RefinementIndicatorKey::new("structural", "stress_gradient"),
            RefinementIndicatorKey::new("structural", "strain_energy_density"),
            RefinementIndicatorKey::new("structural", "plastic_strain"),
            RefinementIndicatorKey::new("structural", "contact_pressure"),
            RefinementIndicatorKey::new("structural", "contact_gap"),
        ],
        "thermal_standalone" => vec![
            RefinementIndicatorKey::new("thermal", "temperature_gradient"),
            RefinementIndicatorKey::new("thermal", "heat_flux_gradient"),
            RefinementIndicatorKey::new("thermal", "heat_source"),
            RefinementIndicatorKey::new("thermal", "convection_regions"),
            RefinementIndicatorKey::new("thermal", "prescribed_temperature_regions"),
        ],
        "thermo_mechanical_coupled" => vec![
            RefinementIndicatorKey::new("thermo_mechanical", "thermal_gradient"),
            RefinementIndicatorKey::new("thermo_mechanical", "thermal_stress"),
            RefinementIndicatorKey::new("thermo_mechanical", "structural_von_mises"),
            RefinementIndicatorKey::new("thermo_mechanical", "strain_energy_density"),
            RefinementIndicatorKey::new("thermo_mechanical", "region_temperature_delta"),
        ],
        "electromagnetic_static" => vec![
            RefinementIndicatorKey::new("electromagnetic", "flux_density_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "electric_field_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "current_density_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "energy_density"),
            RefinementIndicatorKey::new("electromagnetic", "source_regions"),
            RefinementIndicatorKey::new("electromagnetic", "ground_regions"),
        ],
        "acoustic_harmonic" => vec![
            RefinementIndicatorKey::new("acoustic", "pressure_gradient"),
            RefinementIndicatorKey::new("acoustic", "pressure_curvature"),
            RefinementIndicatorKey::new("acoustic", "wavelength"),
            RefinementIndicatorKey::new("acoustic", "impedance_regions"),
            RefinementIndicatorKey::new("acoustic", "source_regions"),
        ],
        "cfd_steady_state" | "cfd_transient" => vec![
            RefinementIndicatorKey::new("cfd", "velocity_gradient"),
            RefinementIndicatorKey::new("cfd", "pressure_gradient"),
            RefinementIndicatorKey::new("cfd", "vorticity"),
            RefinementIndicatorKey::new("cfd", "wall_shear"),
            RefinementIndicatorKey::new("cfd", "boundary_layer"),
        ],
        "cht_coupled" => vec![
            RefinementIndicatorKey::new("cht", "interface_heat_flux_jump"),
            RefinementIndicatorKey::new("cht", "interface_temperature_jump"),
            RefinementIndicatorKey::new("cht", "solid_heat_flux_gradient"),
            RefinementIndicatorKey::new("cht", "fluid_boundary_layer"),
        ],
        "fsi_coupled" => vec![
            RefinementIndicatorKey::new("fsi", "interface_displacement_jump"),
            RefinementIndicatorKey::new("fsi", "interface_traction_jump"),
            RefinementIndicatorKey::new("fsi", "structural_stress_gradient"),
            RefinementIndicatorKey::new("fsi", "fluid_pressure_gradient"),
            RefinementIndicatorKey::new("fsi", "fluid_velocity_gradient"),
        ],
        _ => Vec::new(),
    };
    if !profile_defaults.is_empty() {
        return profile_defaults;
    }

    match run_kind {
        "linear_static" => structural_static_default_refinement_indicators(),
        "modal" => vec![
            RefinementIndicatorKey::new("modal", "modal_strain_energy"),
            RefinementIndicatorKey::new("modal", "mode_shape_curvature"),
            RefinementIndicatorKey::new("modal", "frequency_residual"),
        ],
        "transient" => vec![
            RefinementIndicatorKey::new("structural", "stress_gradient"),
            RefinementIndicatorKey::new("structural", "strain_energy_density"),
            RefinementIndicatorKey::new("structural", "displacement_gradient"),
        ],
        "nonlinear" => vec![
            RefinementIndicatorKey::new("structural", "stress_gradient"),
            RefinementIndicatorKey::new("structural", "strain_energy_density"),
            RefinementIndicatorKey::new("structural", "plastic_strain"),
            RefinementIndicatorKey::new("structural", "contact_pressure"),
            RefinementIndicatorKey::new("structural", "contact_gap"),
        ],
        "thermal" => vec![
            RefinementIndicatorKey::new("thermal", "temperature_gradient"),
            RefinementIndicatorKey::new("thermal", "heat_flux_gradient"),
            RefinementIndicatorKey::new("thermal", "heat_source"),
            RefinementIndicatorKey::new("thermal", "convection_regions"),
            RefinementIndicatorKey::new("thermal", "prescribed_temperature_regions"),
        ],
        "electromagnetic" => vec![
            RefinementIndicatorKey::new("electromagnetic", "flux_density_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "electric_field_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "current_density_gradient"),
            RefinementIndicatorKey::new("electromagnetic", "energy_density"),
            RefinementIndicatorKey::new("electromagnetic", "source_regions"),
            RefinementIndicatorKey::new("electromagnetic", "ground_regions"),
        ],
        "acoustic" => vec![
            RefinementIndicatorKey::new("acoustic", "pressure_gradient"),
            RefinementIndicatorKey::new("acoustic", "pressure_curvature"),
            RefinementIndicatorKey::new("acoustic", "wavelength"),
            RefinementIndicatorKey::new("acoustic", "impedance_regions"),
            RefinementIndicatorKey::new("acoustic", "source_regions"),
        ],
        "cfd" => vec![
            RefinementIndicatorKey::new("cfd", "velocity_gradient"),
            RefinementIndicatorKey::new("cfd", "pressure_gradient"),
            RefinementIndicatorKey::new("cfd", "vorticity"),
            RefinementIndicatorKey::new("cfd", "wall_shear"),
            RefinementIndicatorKey::new("cfd", "boundary_layer"),
        ],
        "cht" => vec![
            RefinementIndicatorKey::new("cht", "interface_heat_flux_jump"),
            RefinementIndicatorKey::new("cht", "interface_temperature_jump"),
            RefinementIndicatorKey::new("cht", "solid_heat_flux_gradient"),
            RefinementIndicatorKey::new("cht", "fluid_boundary_layer"),
        ],
        "fsi" => vec![
            RefinementIndicatorKey::new("fsi", "interface_displacement_jump"),
            RefinementIndicatorKey::new("fsi", "interface_traction_jump"),
            RefinementIndicatorKey::new("fsi", "structural_stress_gradient"),
            RefinementIndicatorKey::new("fsi", "fluid_pressure_gradient"),
            RefinementIndicatorKey::new("fsi", "fluid_velocity_gradient"),
        ],
        _ => Vec::new(),
    }
}