Computer methods in biomechanics & biomedical engineering -- 2

Cover......Page 1
Half Title......Page 2
Title Page......Page 4
Copyright Page......Page 5
Table of Contents......Page 6
Preface......Page 14
Contributors......Page 16
Part 1: Multibody Systems and Joint Models......Page 24
 Chapter 1: Anatomical models of diarthrodial joints: rigid multibody systems and deformable structures?......Page 26
 Chapter 2: A dynamic optimization solution for jumping in three dimensions......Page 34
 Chapter 3: A method of estimating control forces to achieve a given swing phase trajectory during normal gait......Page 42
 Chapter 4: A new mathematical model for the human ankle joint......Page 50
 Chapter 5: Geometric modeling of the human upper extremity based on reconstructed medical images......Page 58
 Chapter 6: 3-D specimen-specific geometric modelling of the knee......Page 66
 Chapter 7: Musculoskeletal model of the knee for studying ligament function during activity......Page 74
 Chapter 8: Three dimensional rigid body spring modelling and its application for human joints......Page 82
 Chapter 9: Dynamic simulation of human flexion-extension movement using optimal control theory......Page 90
Part 2: Hip Replacements: Prosthesis/Cement/Bone Analysis......Page 98
 Chapter 10: Torsional stability of total hip arthroplasty: in-vitro and FEM analysis with new trends for the future......Page 100
 Chapter 11: Structural analysis and physical models of total hip replacements using analytical and finite element methods......Page 110
 Chapter 12: Parameterized 3D finite element model of the cemented replaced femur: numerical role of contact elements in the prosthesis/cement interface......Page 118
 Chapter 13: An in vivo and numerical analysis of the effect of femoral stem surface finish on cortical strain in cemented hip replacement......Page 126
 Chapter 14: Comparative study of the results between custom non-coated cementless hip implants and mirrored cementless HA-coated hip implants on the contra-lateral side......Page 134
 Chapter 15: Effect of loading history on short term bone adaptation after total hip arthroplasty......Page 138
 Chapter 16: Load transfer between elastic hip implant and viscoelastic bone......Page 146
 Chapter 17: Evaluation of acetabular wear in hip joint prostheses......Page 154
 Chapter 18: Finite element analysis and fatigue test prediction applied to the standard fatigue testing of hip stems......Page 162
 Chapter 19: Validation of a three dimensional finite element model of a femur with a customized hip implant......Page 170
 Chapter 20: Finite element modelling of bone cement flow during acetabular component insertion in hip replacement......Page 178
 Chapter 21: Numerical modelling of cement polymerisation and thermal bone necrosis......Page 186
 Chapter 22: Biomechanical reaction of double coating on metal implants......Page 196
Part 3: Bone Adaptation, Structural Models and Architecture......Page 202
 Chapter 23: Bone adaptation: an idea of a multiscale model......Page 204
 Chapter 24: Three dimensional model of bone external adaptation......Page 212
 Chapter 25: Quantification of the validity and accuracy of an indirect large scale finite element approach to determining trabecular bone tissue modulus......Page 220
 Chapter 26: Design of anatomical computer models of skeletal parts with specific emphasis on mechanically equivalent modelling of spongy bone......Page 228
 Chapter 27: Determination of individualized and homogenised characteristics of normal human tibiae in vivo......Page 236
 Chapter 28: Bone density and microstructure: new methods to determine bone quality and fracture risk......Page 244
 Chapter 29: Construction of finite element models on the basis of computed tomography data......Page 254
 Chapter 30: Damage and repair in compact bone: some thoughts on the shape of basic mineralisation units......Page 262
 Chapter 31: Mathematical modelling of stress and strain in bone fracture repair tissue......Page 270
 Chapter 32: Development of a 2D finite element model for long bones with any cross section and orthotropic axis......Page 278
 Chapter 33: Swelling as an approach to the simulation of cortical bone remodelling......Page 286
 Chapter 34: A nonlinear finite element formulation for modeling volumetric growth......Page 294
 Chapter 35: CT-scan data acquisition to generate biomechanical models of bone structures......Page 302
 Chapter 36: Modelling of bone-implant interaction......Page 312
 Chapter 37: Numerical modelling of the biomechanical reaction of human tibia under complex loading state......Page 322
 Chapter 38: Computational modelling of influence of clamp with shape memory on stress-state of bone......Page 328
 Chapter 39: Finite element method formulation for the interactions between various elastic-viscoelastic structures in biomechanical model......Page 336
Part 4: Spine and Vertebra Mechanics......Page 344
 Chapter 40: The influence of ageing on mechanical behaviour of intervertebral segment......Page 346
 Chapter 41: Three dimensional finite element modelling of the mechanical behaviour of human vertebral cancellous bone......Page 354
 Chapter 42: Computational modelling of the intervertebral disc using ABAQUS......Page 362
 Chapter 43: A medical image-based template for pedicle screw insertion......Page 370
 Chapter 44: Mechanical properties of lumbar dura mater and biomechanics of spinal anaesthesia procedure......Page 378
 Chapter 45: A three dimensional finite element model of a cadaveric second cervical vertebra (the axis) I: Modelling......Page 386
 Chapter 46: Modelling the trunk responses to lumbar manipulative forces......Page 394
 Chapter 47: Dynamic three-dimensional finite element model of a sitting man with a detailed representation of the lumbar spine and muscles......Page 402
 Chapter 48: A 3-dimensional large deformation FEA of a ligamentous C4-C7 spine unit......Page 410
 Chapter 49: Investigating the role of the dynamic curvature of the human spine using a computer-based model......Page 418
 Chapter 50: A mathematical model of idiopathic scoliosis......Page 428
 Chapter 51: Required stiffness distribution in a mattress for an optimal curvature of the human spine during bedrest......Page 436
Part 5: Reconstructive Surgery, Virtual Reality and Implant Analysis......Page 444
 Chapter 52: Biomechanics of the hand: use of the Sigma glove......Page 446
 Chapter 53: Computational modelling of stress state during hand treatment......Page 454
 Chapter 54: Kinematic and stress analysis of metacarpophalangeal joint implants......Page 462
 Chapter 55: 3D finite element modelling of a carpometacarpal implant coated with hydroxyapatite......Page 470
 Chapter 56: Computer simulation of a mobile bearing knee prosthesis......Page 478
 Chapter 57: A knee arthroscopy training tool using virtual reality techniques......Page 486
 Chapter 58: 3D finite element study of glenoid implants in total shoulder arthroplasty......Page 494
 Chapter 59: A wireless telemetry system for measurement of forces in massive orthopaedic implants in vivo......Page 502
 Chapter 60: Medical imaging and reconstruction toolkit as a means for designing geometrical models of human joint elements......Page 510
 Chapter 61: Sensitivity analysis of a flexible foot prosthesis using finite element modelling techniques......Page 518
Part 6: Soft Tissue Structures, Contact and Biofluid Mechanics......Page 526
 Chapter 62: Porohyperelastic-transport-swelling finite element models: applications and material property determination for large arteries......Page 528
 Chapter 63: Mixture models: validation and parameter estimation......Page 534
 Chapter 64: Four components mixture theory applied to soft biological tissue......Page 542
 Chapter 65: Experimental validation of a porohyperelastic finite element model of the annulus fibrosus......Page 550
 Chapter 66: Modelling of brain tissue mechanical properties: bi-phasic versus single-phase approach......Page 558
 Chapter 67: A three dimensional continuum model of skeletal muscle......Page 566
 Chapter 68: A 2D finite element model of a medial collateral ligament reconstruction......Page 576
 Chapter 69: Finite element model of the human anterior cruciate ligament......Page 584
 Chapter 70: An axisymmetric model for joint static contact stress analysis......Page 592
 Chapter 71: Two dimensional finite element model of a transverse section of the trans-femoral amputee's stump......Page 600
 Chapter 72: Net reinforced aorta: a nonlinear elastic model......Page 608
 Chapter 73: Transmitral flow analysis by means of computational fluid dynamics on unstructured grids......Page 616
 Chapter 74: Effects of caval velocity profiles on pulmonary flow in the total cavopulmonary connection: CFD 3-D model and magnetic resonance studies......Page 624
 Chapter 75: An axisymmetric simulation of the flow in the left atrium-ventricle system......Page 632
Part 7: Dental Materials, Behaviour and Biomechanics......Page 640
 Chapter 76: Numerical modelling of orthodontic brackets......Page 642
 Chapter 77: Finite element model for transmission and absorption of occlusal impact force......Page 652
 Chapter 78: An integrated FEM model system of the craniofacial complex applied to biomechanical research in orthodontics......Page 660
 Chapter 79: A new system for 3D planning of orthodontic treatment and 3D tooth movement simulation......Page 668
 Chapter 80: Bone remodelling in orthodontics......Page 678
 Chapter 81: Biomechanical modelling in orthodontics - following a theme? The development of a validation system for modelling orthodontic tooth movement......Page 686
 Chapter 82: Stress analysis after yielding at the resin composite/dentine interface......Page 696
 Chapter 83: An ex vivo evaluation of the physical and geometric properties of the orthodontic bracket cement interface......Page 704
 Chapter 84: Three dimensional model of an edentulous mandible with dental implants......Page 712
 Chapter 85: The influence of bone mechanical properties and implant fixation upon bone loading around oral implants......Page 720
 Chapter 86: An implant-oriented method for dental digital subtraction radiography......Page 728
 Chapter 87: Three dimensional finite element analysis for the direct fibre-reinforced composite dental bridge......Page 736
 Chapter 88: Comparative FEM analysis of the stresses transmitted by intramobile elements of the IMZ implant......Page 744
 Chapter 89: Cuspal flexure and the failure of class V restorations......Page 752
 Chapter 90: The influence of boundary constraints on numerical simulations of a mandibular canine tooth......Page 760
Part 8: Cranio-Facial Mechanics and Diagnostic Methods......Page 768
 Chapter 91: 3-dimensional measurement of head injuries for theoretical model validation......Page 770
 Chapter 92: Modelling of the human skull including loading, determination of the limit load and fracture prediction......Page 776
 Chapter 93: The action of gravity on frontal facial ageing......Page 784
 Chapter 94: Assessing rabbit movement over long periods using a motion analysis system......Page 790
 Chapter 95: Biomechanical model and artificial control design of upright standing in humans......Page 798
 Chapter 96: Moment-based parameterization of evolving cyclograms on gradually changing slopes......Page 806
 Chapter 97: Correlation and prediction of joint torques from joint motion using neural networks......Page 814
 Chapter 98: Optimal rejection of artifacts in the processing of surface EMG signals for movement analysis......Page 822
 Chapter 99: Wavelet networks: an efficient tool for handling gait kinematic data......Page 830
 Chapter 100: Comparison of lower-extremities bioimpedance models diagnostic efficiency......Page 838
 Chapter 101: Calibration of an ultrasound scanner based on the URTURIP technique using a least squares method......Page 846