Mechanical testing of bone and the bone-implant interface
Mechanical testing of bone and the bone-implant interface
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DOI：
10.1201/9781420073560
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发表时间：
1999-11
期刊：
影响因子：
--
通讯作者：
Y. An;R. Draughn
中科院分区：
文献类型：
--
作者：
Y. An;R. Draughn
骨-E的基本组成和结构博努奇力学性能测量和骨生物力学的基本概念。安和华、巴菲德和德拉夫的力学性能。影响骨粉力学性能的因素。骨力学测试的基本设备和仪器--C.V.Bensen和Y.H.骨尺寸、密度、形态和结构的评估方法--Y.H.An，W.R.Barfield和I.Knet力学测试的一般考虑--Y.H.An和C.V.Bensen探索骨力学性能的分层方法--C.霍夫勒，B·R·麦克克里迪，E·A·史密斯和S·A·戈尔茨坦，松质骨的无损机械测试-F。Linde和I.将合成材料和结构用作bone-J的模型。Szivek骨拉伸和压缩力学试验方法--T。S.Keller和M.A.Liebschner的骨-M弯曲试验J.Lopez和M.D.Markel的骨B扭转试验。Furman和S.Saha的骨-B压痕试验。E.McKoy，Q.Kang，Y.H.使用骨密度仪-I进行骨渗透试验Hvid和F.Linde的骨-S显微硬度测试。首页--期刊主要分类--期刊细介绍--期刊题录与文摘--期刊详细文摘内容Y.Rho和G.M.Pharr单骨细胞微机械测试-M。A.Ascenzi、A.Benvenuti和A.Ascenzi对单个小梁的细观力学测试。骨表面的L.Mente应变计测量-J.A.Szivek和V.M.Gharpuay螺钉拔出试验评价骨-M材料的力学性能杨永海，骨的粘弹性特性及其测试方法--N。使用带有内置机械测试设备-R的扫描电子显微镜观察材料失效模式。王明华，Y.H.一种超声评价骨-J力学性能的方法Y.Rho用扫描声学显微镜评价骨的力学性能。H.Turner和J.L.Katz外周定量计算机断层扫描评价小骨的结构和力学性能-J。L.Ferretti评价骨小梁力学的计算机模型-R。Saxena和T.S.Keller的骨-种植体界面力学测试方法影响骨-种植体界面强度的因素-B。E.McKoy，Y.H.An和R.J.Friedman种植体顶出和拔出试验-A。Berzins和D.R.Sumner，单次推出测验的效度--W.J·A·德赫特和J·A·詹森的骨-种植体界面拉伸测试-T。Nakamura和S.Nishiguchi对骨-种植体界面的断裂韧性测试-X。王，K·A·阿塔纳修和C·M·阿格拉瓦尔，种植体稳定性的体外测量A。Berzins和D.Sumner对髋臼假体稳定性的体外测试-J.R.Davis，R.A.LofTower se和R.H.Jenah在股骨假体稳定性的体外测试中-S。作者：H.Naidu，F.M.Khoury和J.M.Cuckler螺丝拔出试验。A.Ferrara和T.C.Ryken用于评价骨-种植体界面力学性能的有限元分析-K。合成骨基质中生物可吸收螺钉的R.Williams疲劳试验-W。S.Pietrzak，D.R.Sarver和D.H.Kohn测试脊柱固定后的椎间稳定性-K。S.James和A.U.Daniels
GENERAL CONSIDERATIONS Basic Composition and Structure of Bone -E. Bonucci Basic Concepts of Mechanical Property Measurement and Bone Biomechanics -Y. H. An and W. R. Barfield and R. A. Draughn Mechanical Properties of Bone -Y.H. An Factors Affecting Mechanical Properties of Bone -P. Zioupos, C. W. Smith, and Y. H. An Basic Facilities and Instruments for Mechanical Testing of Bone -C.V. Bensen and Y.H. An Methods of Evaluation for Bone Dimensions, Densities, , Morphology, and Structures -Y.H. An, W. R. Barfield and I. Knets General Considerations of Mechanical Testing -Y.H. An and C.V. Bensen A Hierarchical Approach to Exploring Bone Mechanical Properties -C. E. Hoffler, B. R. McCreadie, E. A. Smith, and S. A. Goldstein Nondestructive Mechanical Testing of Cancellous Bone -F. Linde and I. Hvid Synthetic Materials and Structures Used as Models for Bone -J. A. Szivek METHODS OF MECHANICAL TESTING OF BONE Tensile and Compression Testing of Bone -T. S. Keller and M. A. Liebschner Bending Tests of Bone -M. J. Lopez and M. D. Markel Torsional Testing of Bone -B. Furman and S. Saha Indentation Testing of Bone -B. E. McKoy, Q. Kang and Y. H. An Penetration Testing of Bone Using an Osteopenetrometer -I. Hvid and F. Linde Microhardness Testing of Bone -S. S. Huja, T. R. Katona, and W. E. Roberts Nanoindentation Testing of Bone -J. Y. Rho and G. M. Pharr Single Osteon Micromechanical Testing -M. G. Ascenzi, A. Benvenuti, and A. Ascenzi Micromechanical Testing of Single Trabeculae -P. L. Mente Strain Gauge Measurements from Bone Surfaces -J. A. Szivek and V. M. Gharpuray Screw Pullout Test for Evaluating Mechanical Properties of Bone -M. S. Crum, F. A. Young, Jr., and Y. H. An Viscoelastic Properties of Bone and Testing Methods -N. Sasaki Observation of Material Failure Mode Using a SEM with a Built-in Mechanical Testing Device -R. M. Wang and Y. H. An Ultrasonic Methods for Evaluating Mechanical Properties of Bone -J. Y. Rho Evaluating Mechanical Properties of Bone Using Scanning Acoustic Microscopy -C. H. Turner and J. L. Katz Peripheral Quantitative Computed Tomography for Evaluating Structural and Mechanical Properties of Small Bone -J. L. Ferretti Computer Modeling for Evaluating Trabecular Bone Mechanics -R. Saxena and T. S. Keller METHODS OF MECHANICAL TESTING OF THE BONE-IMPLANT INTERFACE Factors Affecting the Strength of the Bone-Implant Interface -B. E. McKoy, Y. H. An and R. J. Friedman Implant Pushout and Pullout Test -A. Berzins and D. R. Sumner The Validity of a Single Pushout Test -W. J. A. Dhert and J. A. Jansen Tensile Testing of Bone-Implant Interface -T. Nakamura and S. Nishiguchi Fracture Toughness Tests of the Bone-Implant Interface -X. Wang, K. A. Athanasiou, and C. M. Agrawal In Vitro Measurements of Implant Stability -A. Berzins and D. Sumner In Vitro Testing of the Stability of Acetabular Components -J. R. Davis, R. A. Lofthouse, and R. H. Jinnah In Vitro Testing of the Stability of Femoral Components -S. H. Naidu, F. M. Khoury and J. M. Cuckler Screw Pullout Test -L. A. Ferrara and T. C. Ryken Finite Element Analysis for Evaluating Mechanical Properties of the Bone-Implant Interface -K. R. Williams Fatigue Testing of Bioabsorbable Screws in a Synthetic Bone Substrate -W. S. Pietrzak, D. R. Sarver, and D. H. Kohn Testing Intervertebral Stability after Spinal Fixation -K. S. James and A. U. Daniels