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Wall Artery Coronary 3D AdventitiaFull Model 3D Microstructural Pre-Stretch Axial of InteractionEffect Fluid-Solid of StrainsEffect and Stresses Wall StressVessel Shear Wall and Field MyocardiumFlow Surrounding of Effect Stress Residual of StressEffect Wall Artery Coronary Compliance8.3 of BifurcationsEffect near TrunkFlow Artery LAD in AnalysisFlow Flow Coronary Local 8.2 Introduction          Distribution8.1 Stress and Flow Coronary Local 8: Law Chapter Constructal 7.12 Trees Vascular of Laws Scaling Intraspecific 7.11 Pattern Branching of Description Fractal Trees7.10 Vascular of Features Design Other Length7.9 and Volume Crown with Scales Time NumberTransit Capillary with Scales Length NumberCrown Capillary with Scales Volume NumbersCrown Capillary with Scales capillariesFlow of number with times transit and lengths, vascular volume, blood vessel rate, flow of laws Scaling Model7.8 ZKM with Comparison Volume Blood Vascular of Law Scaling 7.7 Mass Myocardial of Scaling Resistance7.6 Flow of Law Scaling Wall7.5 Vessel Blood of Dissipation Metabolic DissipationVascular Power TreesOptimal Vascular Other in Laws Scaling of Validation Validations7.4 ValidationsComputational ModelExperimental ZKM of ModelValidation ZKM Molloi and Kassab, Zhou, Law7.3 Murray's 7.2 Introduction Vasculature7.1 Coronary of Laws Scaling 7:   Chapter Predictions Model ValidationsNovel RegulationModel Diameter Metabolic the of Dependence SensitivityOrder SensitivityMetabolic sensitivityShear SensitivityMyogenic MVIModel of PredictionsEffect FlowModel Coronary the on Regulation of (MFR)Effect Reserve Flow HeterogeneityMetabolic Perfusion DispersionTransmural AutoregulationPerfusion of AutoregulationModels RegulationCoronary Flow Coronary Mechanisms6.4 MVI of ChangesTest PredictionsPhasic ModelModel Flow ModelNetwork Flow Vessel ModelSingle ModelAnatomical ElasticityMVI ModelsVessel ModelsDistributive (IMP)Lumped Pressure VasculatureIntramyocardial Coronary of FlowModels Interaction Myocardial-Vessel Bifurcation6.3 at Loss Energy of ArteriesEffect LCx and LAD of Inlet the at Conditions Boundary ModelPressure One-Dimensional/Womersley FlowHybrid Blood Pulsatile on etc.) Asymmetry, Branching Frequency, Wave (e.g., Parameters Various of ModelEffect Womersley of Validation FlowExperimental Steady-State with Compared Model Flow Frequency ModelLow HeartsWomersley-Type Passive in Experiments Flow VasculaturePulsatile Coronary in Flow Pulsatile Introduction6.2 Flow6.1 Pulsatile II. Circulation: Coronary of Analysis Network 6: Hierarchy Chapter Functional of HierarchySignificance Functional for Mechanisms "Transport"Possible to "Conduction" from VesselsTransition "Delivering" to "Distributing" from RelationTransition Structure-Function Analysis5.3 Flow Network AnalysisVenous Flow Network TreeCapillary Arterial Coronary Entire in Relation Pressure-Flow on Rheology Blood and Compliance of ArteryRole Coronary Single in Relation Pressure-Flow Compliance Vascular of NatureRole Fractal with Heterogeneity ModelFlow Arterial Coronary 3D a in Analysis Flow FlowSteady Coronary of Heterogeneity ConnectivitySpatial Node-to-Node Model: Tree Arterial ConnectivityCoronary Statistical Model: Tree Arterial Coronary Distributions Flow and Pressure FlowLongitudinal Blood Coronary State Steady Introduction5.2 Flow5.1 State Steady I. Circulation: Coronary of Analysis Network 5: III Chapter IICase ICase WallCase Artery Coronary of Model 3D adventitiaMediaIntegrated coronary of model Microstructural Substance3D Ground of Behavior - models field ArteryAdventitiaUniform Coronary of models Microstructural models4.4 microstructural of modelsComparison Constitutive Microstructure-based Properties4.3 AngleActive ModelArteryOpening Maxwell's and Viscoelasticity ConditionLinear ModulusIncompressibility LawShear Hooke's Generalized - Model ModelBilinear Fung SEF 3D and (SEF)2D Function Energy ModuliStrain ModulusIncremental ModelsShear Constitutive Phenomenological Introduction4.2 Vasculature4.1 Coronary of Models Constitutive 4:  Chapter Cells   Muscle Smooth of deformation situ MeasurementsIn Cell Muscle Smooth of MediaAutomation coronary of Morphometry fibers collagen and elastin of deformation situ stateIn no-distension at fibers collagen and elastin of loading-imagingMorphometry mechanical Simultaneous adventitia coronary of MicroscopyMorphometry SubstanceHistologyMulti-Photon ElastinGround and IntimaMediaAdventitiaCollagen Arteries Coronary of Ultrastructure Myography3.7 PropertiesIsovolumic Mechanical Active Model3.6 ArteriesTwo-Layer Coronary of Testing Tri-axial Strain3.5 Residual StateAxial Zero-Stress on Osmolarity of AngleEffect Opening on Duration No-Load of DistributionEffect Strain Wall Transmural Strain and Stress Mean of Distribution StrainLongitudinal Residual StateCircumferential Zero-Stress Myocardium3.4 and Vessels between RelationSlackness RelationPressure-Volume Area Sectional TetheringPressure-Cross and Constraint Radial Tissue: Surrounding of Effect 3.3 ArteriesCapillaries StiffnessEpicardial and Distensibility, Compliance, Introduction3.2 Vasculature3.1 Coronary the of Microstructure and Properties Mechanical 3: MorphometryChapter Coronary Specific Patient Network2.10 Reconstructed of Visualization Quality2.9 GenerationElement Grid Reconstruction2.8 CenterlinesGeometric the of FieldDetermination DetectionVector ControlCenterline Topological under BoundarySegmentation Vessel of ProcessingSegmentation DetectionImage Centerline and Segmentation Automation: Reconstruction2.7 Morphological in Savings Labor Structures2.6 Non-Tree 2.5 Network Coronary of OptimizationVerification ApproachGeometric AssumptionsReconstruction Additional and database VasculatureExisting Coronary of Reconstruction 3D FilesStatistical Input NetworkAnatomical Coronary of Reconstruction Computer Node to VasculatureNode Coronary 3D of Integration 4 2. Length Capillary Functional Mean and Zones Venular and Arteriolar of SegmentsTopology Capillary of Lengths and CapillariesDiameters Vessels: VeinsNetwork-Like Epicardial Vessels: ElementsArcade-Like of Number Total RatiosCounting MatrixAsymmetry Position MatrixLongitudinal ElementsConnectivity and DataSegments Cast and Histological of SystemMeshing Strahler MeasurementsDiameter-Defined Morphometric Specimens Cast and VasculatureHistological Coronary of Cast PreparationPolymer Heart Isolated and MaterialAnimal VasculatureCasting Coronary of Reduction Vasculature2.3 Coronary 2 Introduction2. Vasculature2.1 Coronary of Morphometry 2: MethodChapter (IB) Boundary Fluid-Structure-InteractionImmersed for Formulation InteractionALE Fluid-Structure Method, Element DynamicsFinite Fluid ProblemsComputational Value Boundary of Solution Problems1.9 Value Boundary Conditions1.8 Boundary Mechanics1.7 of Laws Properties1.6 Material Geometry1.5 and Structure Approach1.4 Viscoelasticity1.3 Modulus, Young's and Distensibility, Stiffness, StrainCompliance, Stress, Biomechanics in Terminology Basic Introduction1.2 Biomechanics1.1 1: AcknowledgmentsChapter Book, of Goal Scope, BiomechanicsPrefaceOverview, and Properties, Mechanical Anatomy, Circulation: Coronary Die Bezahlung für den Handel erfolgt wiederum online über Electronic Cash oder per Kreditkarte Die Sichtbarkeit Ihres Onlineshops wird verbessert um mit dem Unternehmen in Kontakt zu treten oder sich über dieses und das Produkt zu informieren Wollen Sie wissen, was Sie generell beachten sollten wenn Ihnen der ein oder andere Begriff über den Weg läuft

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