Nondestructive Characterization of Materials II
Nondestructive Characterization of Materials II
复制标题
材料无损表征 II
DOI：
10.1007/978-1-4684-5338-6
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发表时间：
1987
影响因子：
4.5
通讯作者：
J. Bussière
中科院分区：
文献类型：
--
作者：
J. Bussière
I - 聚合物和复合材料。- 结构复合材料的过程控制和无损评估。 （特邀）.- 过程中超声无损评估。- 使用脉冲核磁共振对 Kevlar 复合材料进行无损表征。- 使用机械阻抗分析 (MIA) 监测复合材料结构的固化。- 聚合物从固态到液态演变的超声表征。- 石墨/环氧复合材料中兰姆波的群极性和相速度。- 声发射综合方法的开发碳-环氧复合材料的监测。- 超声波方法在复合材料表征中的应用：聚乙烯密度的测定方法。- 通过泄漏兰姆波和起泡器进行 NDE 复合材料层压板。- 使用长波长极限超声波表征含有特定形状夹杂物的各向同性复合材料。- 超声波表征复合材料和粘合剂固化Waves.- II - 陶瓷和粉末冶金。- 陶瓷加工缺陷的起源（特邀）。- 用于表征绿态陶瓷材料的核磁共振成像技术的开发。- 压实过程中喷雾干燥陶瓷粉末的超声评估。- 快速凝固粉末固结的超声表征：在 304 型不锈钢中的应用。- 模型多晶中空隙和夹杂物的超声散射陶瓷.- 用于表征结构陶瓷的多色 X 射线 CT 扫描仪的光束硬化校正方法。- III - 金属。- 用于过程控制的材料表征（特邀）。- 在加工过程中控制钢性能必须确定的重要冶金参数（特邀）。- 通过超声波和微磁方法对结构和应力进行无损分析（特邀）。- 过程中材料性能的需求和技术的观点评估.- 通过微磁 ND 技术确定次表面微观结构状态。- 通过无损磁力方法检测粗晶粒。- 超声波测定断裂韧性。- 超声波衰减与钢断裂韧性之间的相关性。- 根据标称溶质含量计算带铸 3000 系列铝合金电阻率的方法。- 候选核用燃料容器的超声波表征焊接材料。- 磁弹性对结构钢超声波衰减的贡献。- 纯铝的循环塑性，随后进行连续声发射测量。- DTA 在回火过程中残余奥氏体转变分析中的应用。- 测定马氏体回火过程中碳析出量的膨胀法。- 耐热材料的高温性能分析内部摩擦方法。- 通过硬度测试快速测定屈服强度和拉伸强度的新程序。- 通过内部摩擦研究复合材料的机械性能。- IV - 层状结构/粘合/焊接。- 通过脉冲光热辐射测量法表征薄膜和层状结构。- 轴承部件中表面深度的涡流尺寸测定。- 使用超声波表面无损测定硬化深度波。- 通过核散射技术表征薄膜和界面的深度剖面。- 薄介电薄膜中偏振和空间电荷分布的无损高分辨率测量。- 薄粘合剂的无损表征。- 粘合剂接头内应变的干涉光纤测量。- 自动焊接过程传感和控制。- 点焊的超声波表征。- V -退化/老化。- 用于检测高温转子的 NDE 系统。- 高温应用铁素体钢的无损退化评估。- 使用中暴露的 14MoV63 钢蠕变损伤的 NDE。- 测量钢板老化敏感性的新方法。- 使用超声波速度测量研究 Incoloy 800 H 中的蠕变损伤。- 热处理检测使用巴克豪森噪声技术进行缺陷和磨削烧伤。- 通过超声波衰减测量 5N 铝低温蠕变过程中的内应力演变。- 使用 3MA 原型装置对磨削缺陷进行 ND 测定。- 通过可溶性离子的水提取来评估电缆老化。- VI - 纹理/各向异性。- 应用偏振剪切波评估各向异性- 轧制金属板中弹性和塑性各向异性之间的相关性。- 显示正交各向异性对称性的立方材料多晶聚集体的超声织构分析。- 织构材料的超声测量。- 从超声板的速度推断微晶取向分布函数。- 中子断层扫描在无损织构梯度分析中的应用。- 钢中磁致伸缩作为织构和应变的函数。- VII - 应力。- 钢中的磁化和应力效应。- 通过 X 射线衍射评估离子注入材料的表面层残余应力和晶格畸变。- 晶粒尺寸和冷却速率对 AISI4140 钢磁声应力测量的影响。- 使用 Canmet 便携式 X 射线应力衍射仪进行原位应力测量。- 轴向应变914 MM 管线管的环焊缝。- 使用超声波磁感应速度变化测量钢中的应力。- VIII - 新技术。- 制造过程中表征固体和颗粒材料的一些光学方法（特邀）。- 用于近实时缺陷测绘的新型无损 X 射线技术。- 蒙特利尔大学的痕量元素分析设施。- 空腔的影响多晶材料中的超声波衰减和速度。- 通过超声波衰减光谱进行孔隙率评估的空间平均。- 从扩散超声波场的行为中指示材料特性。- 耦合膜厚度对固体中绝对超声波速度测量的影响。- 点源/点接收器材料测试。- 激光超声波测定环境温度和高温下的弹性常数。- 激光/EMAT 系统铝的超声波检测。- 用于表征复合材料和陶瓷的基于光学的技术。- 通过激光散斑干涉测量法对纸张进行机械表征。- 用于相位物体识别的联合傅里叶变换相关。- 经典干涉仪的固有灵敏度限制。- 3-D 效应对光热方法 NDE 中对比度的影响。- 用于材料表征的热波成像。- 作者索引。
I - Polymers and Composites.- Process Controls and Nondestructive Evaluation of Structural Composites. (Invited).- In-Process Ultrasonic Nondestructive Evaluation.- Nondestructive Characterization of Kevlar Composites Using Pulsed NMR.- Cure Monitoring of Composite Structure Using Mechanical Impedance Analysis (MIA).- Ultrasonic Characterization of Polymers in their Evolution from Solid to Liquid State.- Polar Characteristics of the Group and Phase Velocities of Lamb Waves in Graphite/Epoxy Composite.- Development of a Comprehensive Approach for Acoustic Emission Monitoring of Carbon-Epoxy Composites.- Application of the Ultrasonic Approach to the Characterization of Composites: A Method for the Determination of Density in Polyethylene.- NDE Composite Laminates by Leaky Lamb Waves and a Bubbler.- Characterization of Isotropic Composites Containing Inclusions of Specified Shapes by use of Ultrasonics in the Long Wavelength Limit.- Characterization of Composite and Adhesive Cure by Ultrasonic Waves.- II - Ceramics and Powder Metallurgy.- Origin of Flaws from Ceramic Processing (Invited).- Development of Nuclear Magnetic Resonance Imaging Techniques for Characterization Green-State Ceramic Materials.- Ultrasonic Evaluation of Spray-Dried Ceramic Powders During Compaction.- Ultrasonic Characterization of the Consolidation of Rapidly Solidified Powders: Application to Type 304 Stainless Steel.- Ultrasonic Scattering from Voids and Inclusions in Model Polycrystalline Ceramics.- Beam-Hardening Correction Methods for Polychromatic X-Ray CT Scanners Used to Characterize Structural Ceramics.- III - Metals.- Material Characterization for Process Control (Invited).- Important Metallurgical Parameters that must be Determined to Control the Properties of Steels During Processing (Invited).- Nondestructive Analysis of Structure and Stresses by Ultrasonic and Micromagnetic Methods (Invited).- A View of the Need and Technologies for In-process Materials Property Evaluation.- Determination of Subsurface Microstructure States by Micromagnetic ND-Techniques.- Detection of Coarse Grains by Nondestructive Magnetic Methods.- Ultrasonic Determination of Fracture Toughness.- Correlation Between Ultrasonic Attenuation and Fracture Toughness of Steels.- A Method to Calculate the Resistivity of Strip Cast 3000 Series AL Alloys Based on their Nominal Solute Content.- Ultrasonic Characterization of Candidate Nuclear Used Fuel Container Weld Materials.- Magnetoelastic Contribution to Ultrasonic Attenuation in Structural Steels.- Cyclic Plasticity of Pure AL Followed by Continuous Acoustic Emission Measurement.- Application of DTA to the Analysis of the Residual Austenite Transformation During Tempering.- The Dilatometric Method of Determining the Amount of Carbon Precipitated During Martensite Tempering.- Analysis of Elevated Temperature Properties of Heat Resistant Materials by Internal Friction Method.- A New Procedure for the Rapid Determination of Yield and Tensile Strength from Hardness Tests.- Mechanical Properties of Composite Materials Studied by Internal Friction.- IV - Layered Structures/Adhesive Bonds/Welding.- Characterization of Thin Film and Layered Structure by Pulsed Photothermal Radiometry.- Eddy Current Sizing of Case Depth in Bearing Components.- The Nondestructive Determination of Hardening Depths Using Ultrasonic Surface Waves.- The Characterization of Depth Profiles of Thin Films and Interfaces by Nuclear Scattering Techniques.- Nondestructive High Resolution Measurement of Polarization and Spatial Charge Distribution in Thin Dielectric Films.- Nondestructive Characterization of Thin Adhesive Bonds.- Interferometric Optical Fiber Measurements of Internal Strain in Adhesive Joints.- Automated Welding Process Sensing and Control.- Ultrasonic Characterization of Spot Welds.- V - Degradation/Aging.- An NDE System for the Detection of High-Temperature Rotors.- Nondestructive Degradation Evaluation of Ferritic Steels for High-Temperature Applications.- NDE of Creep Damage in Service Exposed 14MoV63 Steel.- A Novel Method to Measure Sensitivity to Aging in Steel Sheets.- Investigations of Creep Damage in Incoloy 800 H Using Ultrasonic Velocity Measurements.- Detection of Heat Treat Defects and Grinding Burns with Barkhausen Noise Techniques.- Internal Stress Evolution by Ultrasonic Attenuation Measurements During Low-Temperature Creep in 5N Aluminum.- ND Determination of Grinding Defects Using the 3MA Prototype Device.- Evaluation of Cables Aging by Water Extraction of Soluble Ions.- VI - Texture/Anisotropy.- Application of Polarized Shear Waves to Evaluate Anisotropy of Steel Sheets.- Correlation Between Elastic and Plastic Anisotropy in Rolled Metal Plates.- Ultrasonic Texture Analysis for Polycrystalline Aggregates of Cubic Materials Displaying Orthotropic Symmetry.- Ultrasonic Measurements on Textured Materials.- Inference of Crystallite Orientation Distribution Function from the Velocities of Ultrasonic Plate.- Application of Neutron Tomography to Nondestructive Texture Gradient Analysis.- Magnetostriction in Steel as a Function of Texture and Strain.- VII - Stress.- Magnetization and Stress Effects in Steel.- Evaluation of Surface Layer Residual Stresses and Lattice Distortions in Ion Implanted Materials by X-Ray Diffraction.- Effects of Grain Size and Cooling Rate on Magnetoacoustic Stress Measurement in AISI4140 Steel.- In-situ Stress Measurements with Canmet Portable X-Ray Stress Diffractometer.- Axial Strains at a Girth Weld in a 914 MM Line Pipe.- Measurement of Stress in Steels using Magnetically induced Velocity Changes for Ultrasonic Waves.- VIII - New Techniques.- Some Optical Methods of Characterization Solid and Particulate Materials During Manufacturing Processes (Invited).- Novel Nondestructive X-Ray Technique for Near-Real Time Defect Mapping.- The Trace Element Analysis Facility at the University of Montreal.- Effect of Cavities of Ultrasonic Attenuation and Velocity in Polycrystalline Materials.- Spatial Averaging in Porosity Assessment by Ultrasonic Attenuation Spectroscopy.- Indications of Material Character from the Behavior of Diffuse Ultrasonic Fields.- Coupling Film Thickness Effect on Absolute Ultrasonic Velocity Measurement in Solids.- Point Source/Point Receiver Materials Testing.- Laser-Ultrasonic Determination of Elastic Constants at Ambient and Elevated Temperatures.- Laser/EMAT Systems for the Ultrasonic Inspection of Aluminum.- Optics-Based Techniques for the Characterization of Composites and Ceramics.- Mechanical Characterization of Paper by Laser Speckle Interferometry.- Joint Fourier Transform Correlation for Phase Objects Recognition.- Intrinsic Sensitivity Limitations in Classical Interferometers.- Influence of 3-D Effects on the Contrast in NDE by Photothermal Methods.- Thermal Wave Imaging for Materials Characterization.- Authors Index.