Page 309 - Computational Modeling in Biomedical Engineering and Medical Physics
P. 309
298 Index
Fractal geometry, 28 30, 44 46 Hyperthermic intraperitoneal chemotherapy
Fused computational domains, 30 (HIPEC). See Continuous hyperthermic
Fusiform aneurysm, 79 80 peritoneal perfusion (CHPP)
G I
Galerkin formulation, 13 Image-based construction of human heart and
Gaussian smoothing algorithm, 85 thorax, 102 104
Gemcitabine, 177 Image-based reconstruction
General heat transfer model (GHT model), of anatomically accurate computational domains,
254 255, 258 73 88
General hyperthermia methods, 249 250 heart, 83 85
Generalized transfer function (GTF), 118 121 rigid and elastic arterial networks,
Glomeruli, 256 75 83
Goldman Hodgkin Katz membrane model, 221 vertebral column segment, 85 88
Impedance
H cardiogram, 149
spectroscopy, 147
Hagen Poiseuille flow resistance of fluid tree
Impedance cardiography (ICG), 144
network, 64
Impedance plethysmogram amplitude
Hagen Poiseuille profile, 199 200
(IPG amplitude), 147 148
Harmonic quasistationary EMF model, 231 232
Implant-assisted MDT, 172 173
Heart, 83 85
Independence, 8 9
Heart beating, 60 62
Individualized transfer function (ITF), 119
Heart rate (HR), 148
Induced electric field, computational model for,
Heat, 3 7
223 225
function, 30 33
Industrial, Scientific, and Medical operation
transfer
(ISM operation), 266
in living tissues, 24 25
Inhalation/exhalation function, 54
principles, 46
Initial conditions, 9 10
problem, 270
process, 220 Integral rheography of body (IRB), 148
Heating, 21 22 Intermittent heat transfer, 56 57
Hemodynamic Internal defibrillator, 111
International Working Group on Image-Guided
flow, 34
Tumor Ablation (IWGIGTA), 254
and magnetic field driven mass transfer in larger
Interstitial method, 250
vessels, 182 185
Intervertebral disc, 71 72, 72f
pressure pulse wave, 129
Intraluminal method, 250
problem, 270
Inverse ECG problem (I-ECG),
Herschel Bulkley model, 199 200
99 104
Hertzian heat source, 6
Inverse problems, 12
High Intensity Focused Ultrasound (HIFU),
Iso-pulse, 62 63
283 284
Iso-quantum, 62 63
Hodgkin Huxley model, 110, 221
Iso-rhythm, 62 63
Homogeneous annulus, 72
Isolation perfusion (IP), 250
Homogeneous flux boundary conditions, 112
Homogeneous tissue model, 271 272
Homogenization methods, 24 27, 34 J
Hyperthermia, 249 252 Joule heat injury on tumor, 251