缩编国外精品教材
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作者:姚刚编辑:贾兴文出版时间:2008-06-17
PART 1PLANT AND EQUIPMENT 1.1BUILDERS PLANT:GENERAL CONSIDERATIONS 1.2EARTHMOVING AND EXCAVATION PLANT 1.3PLANT FOR TRANSPORTATION 1.4CONCRETE MIXERS AND PUMPS 1.5SCAFFOLDING PART 2SUBSTRUCTURE 2.1GROUNDWATER CONTROL 2.2TUNNELLING AND CULVERTS 2.3UNDERPINNING 2.4PILED FOUNDATIONS 2.5SUBSOIL ANALYSIS AND FOUNDATIONS 2.6DEEP BASEMENTS PART 3CLADDINGS TO FRAMED STRUCTURES 3.1CLADDING PANELS 3.2INFILL PANELS 3.3JOINTING 3.4CURTAIN WALLING 3.5RAINSCREEN CLADDING 3.6STRUCTURAL GLASS CLADDING 3.7SUSTAINABLE CONSTRUCTION PART 4FORMWORK SYSTEMS 4.1WALL FORMWORK 4.2PATENT FORMWORK 4.3CONCRETE SURFACE FINISHES 4.4CONCRETE STAIRS PART 5PRESTRESSED CONCRETE 5.1PRESTRESSED CONCRETE:PRINCIPLES AND APPLICATIONS 5.2PRESTRESSED CONCRETE SYSTEMS PART 6BUILDINGS FOR INDUSTRIAL AND STORAGE USE 6.1FACTORY BUILDINGS:ROOFS 6.2FACTORY BUILDINGS:WALLS 6.3ROOF STRUCTURES PART 7INTERNAL COMPONENTS AND DECORATIONS 7.1PARTITIONS,DOORS AND CEILINGS 7.2PAINTING AND DECORATIONS VOCABULARY
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定价:¥38
作者:彭小芹编辑:贾兴文出版时间:2007-12-21
目录 "Materials for Civil and Construction EngineersContentsCONTENTS Chapter 1Materials Engineering Concepts 1.1Economic Factors 1.2Mechanical Properties 1.2.1Loading Conditions 1.2.2StressStrain Relations 1.2.3Elastic Behavior 1.2.4Elastoplastic Behavior 1.2.5Work and Energy 1.2.6TimeDependent Response 1.2.7RheologicaI Models 1.2.8Temperature and Time Effects 1.2.9Failure and Safety 1.3NonmechanicaI Properties 1.3.1Density and Unit Weight 1.3.2Thermal Expansion 1.3.3Surface Characteristics 1.4Production and Construction 1.5Aesthetic Characteristics 1.6Material Variability 1.6.1Sampling 1.6.2Normal Distribution 1.6.3Control Charts 1.6.4Experimental Error 1.7 Laboratory Measuring Devices 1.7.1 Dial Gauge 1.7.2Linear Variable Differential Transformer (LVDT) 1.7.3Strain Gauge 1.7.4Proving Ring 1.7.5Load Cell Summary Questions and Problems References Chapter 2Steel 2.1Steel Production 2.2Mechanical Testing of Steel 2.2.1Tension Test 2.2.2Torsion Test 2.2.3Charpy V Notch Impact Test 2.2.4Bend Test 2.2.5Hardness Test 2.2.6Ultrasonic Testing 2.3Steel Corrosion Summary Questions and Problems References Chapter 3Aluminum 3.1Aluminum Production 3.2Aluminum Testing and Properties 3.3Corrosion Summary Questions and Problems References Chapter 4Aggregates 4.1Aggregate Sources 4.2Geological Classification 4.3Evaluation of Aggregate Sources 4.4Aggregate Uses 4.5Aggregate Properties 4.5.1Particle Shape and Surface Texture 4.5.2Soundness and Durability 4.5.3Toughness,Hardness,and Abrasion Resistance 4.5.4Absorption 4.5.5Specific Gravity 4.5.6Bulk Unit Weight and Voids in Aggregate 4.5.7Strength and Modulus 4.5.8Gradation and Maximum Size 4.5.9Deleterious Substances in Aggregate 4.5.10AlkaliAggregate Reactivity 4.5.11Affinity for Asphalt 4.6Sampling Aggregates Summary Questions and Problems References Chapter 5Portland Cement 5.1Portland Cement Production 5.2Chemical Composition of Portland Cement 5.3Fineness of Portland Cement 5.4Specific Gravity of Portland Cement 5.5Hydration of Portland Cement 5.5.1Structure Development in Cement Paste 5.5.2Evaluation of Hydration Progress 5.6Voids in Hydrated Cement 5.7Properties of Hydrated Cement 5.7.1Setting 5.7.2Soundness 5.7.3Compressive Strength 5.8WaterCementitious Materials Ratio 5.9Types of Portland Cement 5.9.1Standard Portland Cement Types 5.9.2Other Cement Types 5.10Mixing Water 5.10.1Acceptable Criteria 5.10.2Disposal and Reuse of Concrete Wash Water 5.11Admixtures for Concrete 5.11.1Air Entrainers 5.11.2Water Reducers 5.11.3Retarders 5.11.4HydrationControl Admixtures 5.11.5Accelerators 5.11.6Supplementary Cementitious Admixtures 5.11.7Specialty Admixtures Summary Questions and Problems References Chapter 6Portland Cement Concrete 6.1Proportioning of Concrete Mixes 6.1.1Basic Steps for Weight and Absolute Volume Methods 6.1.2Mixing Concrete for Small Jobs 6.2Mixing,Placing,and Handling Fresh Concrete 6.2.1ReadyMixed Concrete 6.2.2Mobile Batcher Mixed Concrete 6.2.3Depositing Concrete 6.2.4Pumped Concrete 6.2.5Vibration of Concrete 6.2.6Pitfalls and Precautions for Mixing Water 6.2.7Measuring Air Content in Fresh Concrete 6.2.8Spreading and Finishing Concrete 6.3Curing Concrete 6.3.1Ponding or Immersion 6.3.2Spraying or Fogging 6.3.3Wet Coverings 6.3.4Impervious Papers or Plastic Sheets 6.3.5MembraneForming Compounds 6.3.6Forms Left in Place 6.3.7Steam Curing 6.3.8Insulating Blankets or Covers 6.3.9Electrical,Hot Oil,and lnfrared Curing 6.3.10Curing Period 6.4Properties of Hardened Concrete 6.4.1Early Volume Change 6.4.2Creep Properties 6.4.3Permeability 6.4.4StressStrain Relationship 6.5Testing of Hardened Concrete 6.5.1Compressive Strength Test 6.5.2SplitTension Test 6.5.3Flexure Strength Test 6.5.4Rebound Hammer Test 6.5.5Penetration Resistance Test 6.5.6Ultrasonic Pulse Velocity Test 6.5.7Maturity Test 6.6Alternatives to Conventional Concrete 6.6.1 SelfConsolidating Concrete 6.6.2Flowable Fill 6.6.3Shotcrete 6.6.4Lightweight Concrete 6.6.5Heavyweight Concrete 6.6.6HighStrength Concrete 6.6.7ShrinkageCompensating Concrete 6.6.8Polymers and Concrete 6.6.9FiberReinforced Concrete 6.6.10RollerCompacted Concrete 6.6.11HighPerformance Concrete Summary Questions and Problems References Chapter 7Masonry 7.1Masonry Units 7.1.1Concrete Masonry Units 7.1.2Clay Bricks 7.2Mortar 7.3Grout 7.4Plaster Summary Questions and Problems References Chapter 8Asphalt Binders and Asphalt Mixtures 8.1Types of Asphalt Products 8.2Uses of Asphalt 8.3Temperature Susceptibility of Asphalt 8.4Chemical Properties of Asphalt 8.5Superpave and Performance Grade Binders 8.6Asphalt Concrete 8.7Asphalt Concrete Mix Design 8.7.1Specimen Preparation in the Laboratory 8.7.2Density and Voids Analysis 8.7.3Superpave Mix Design 8.7.4Superpave Simple Performance Tests (SPT) 8.7.5Marshall Method of Mix Design 8.7.6Hveem Method of Mix Design 8.7.7Evaluation of Moisture Susceptibility 8.8Characterization of Asphalt Concrete 8.8.1Indirect Tensile Strength 8.8.2Diametral Tensile Resilient Modulus 8.8.3Freeze and Thaw Test 8.8.4Use of Rheological Models to Analyze TimeDependent Response 8.9Asphalt Concrete Production 8.10Recycling of Asphalt Concrete 8.10.1Surface Recycling 8.10.2Central Plant Recycling 8.10.3InPlace Recycling 8.11Additives 8.11.1Fillers 8.11.2Extenders 8.11.3Rubber 8.11.4Plastics 8.11.5Antistripping Agents 8.11.6Others Summary Questions and Problems References Chapter 9Wood 9.1Structure of Wood 9.1.1Growth Rings 9.1.2Anisotropic Nature of Wood 9.2Chemical Composition 9.3Physical Properties 9.3.1Specific Gravity and Density 9.3.2Thermal Properties 9.3.3Electrical Properties 9.4Mechanical Properties 9.4.1Modulus of Elasticity 9.4.2Strength Properties 9.4.3Creep 9.4.4Damping Capacity 9.5Testing to Determine Mechanical Properties 9.5.1Static Bending Test 9.5.2Compression Tests Summary Questions and Problems References Appendix Laboratory Manual 1.Introduction to Measuring Devices 2.Tension Test of Steel and Aluminum 3.Impact Test of Steel 4.Sieve Analysis of Aggregates 5.Specific Gravity and Absorption of Coarse Aggregate 6.Specific Gravity and Absorption of Fine Aggregate 7.Bulk Unit Weight and Voids in Aggregate 8.Slump of Freshly Mixed Portland Cement Concrete 9.Unit Weight and Yield of Freshly Mixed Concrete 10.Air Content of Freshly Mixed Concrete by Pressure Method 11.Air Content of Freshly Mixed Concrete by Volumetric Method 12.Making and Curing Concrete Cylinders and Beams 13.Flexural Strength of Concrete 14.Penetration Test of Asphalt Cement 15.Absolute Viscosity Test of Asphalt 16.Preparing and Determining the Density of HotMix Asphalt (HMA) Specimens by Means of the Superpave Gyratory Compactor 17.Preparation of Asphalt Concrete Specimens Using the Marshall Compactor 18.Bulk Specific Gravity of Compacted Bituminious Mixtures 19.Marshall Stability and Flow of Asphalt Concrete 20.Bending and Compression Tests of Wood 21.Tensile Properties of Plastics Glossary"
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作者:[美]Alasdair McAndrew 著 胡小平 缩编编辑:方天瞳 史菲菲 刘秀娟出版时间:2007-07-02
本书是美国Alasdair McAndrew所著Introduction to Digital Image Processing with MATLAB一书的缩编版。按照我国60学时的教学要求缩编而成。缩编后的内容充实,涵盖了低层次图像处理(图像增强、图像恢复)和高层次图像处理(形态学、图像分割、图像表示与描述和图像压缩)的全部基础内容,习题和教材内容结合紧密,便于学生巩固所学知识。同时,缩编作者对原书部分难点进行了注释,帮助读者更好地理解所学内容。本书可作为图像处理专业课程本科生双语教学教材。
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定价:¥45
作者:[美]David Begg,Stanley Fischer,Rudiger Dornbusch编辑:刘秀娟出版时间:2006-11-28
本教材是David Begg、Stanley Fischer和Rudiger Dornbusch教授所著的《Economics》(8th Edition)的缩编版。原本被BBC誉为“经济学圣经”,它简单明了地阐述了经济学的基本原理,广泛援引实例和数据来帮助学生分析理解重要理论,是为以经济学为基础课程的学生精心编写的入门教材。本书内容包括:经济学与经济、经济学分析工具、市场与供求关系、供求弹性、消费者选择与需求决策、供给决策、成本与供给、完全竞争市场与完全垄断市场、市场结构与不完全竞争市场、劳动力市场、要素市场与收入分配、福利经济学、宏观经济学基础、总产出与总需求、财政政策与国际贸易、货币和银行、利率与货币传导机制、货币与财政政策、总供给与价格波动、通货膨胀及其预期、失业理论、汇率与国际收支平衡、经济增长、经济周期、宏观经济学争鸣等。本书可作为高等院校经济管理等方向的经济学基础课程双语教学教材,也可供广大从事经济管理工作的人事阅读。
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定价:¥48
作者:[美]Arthur H.Nilson,David Darwin,Charles W.Dolan编辑:袁 江出版时间:2006-01-16
本书是根据美国Arthur H.Nilson,David Darwin,Charles W.Dolan所著《Design of Concrete Structures》一书的13版缩编而成,根据美国混凝土学会ACI2002年修订的建筑规范进行了内容的更新。本书的目的首先是让读者建立对结构混凝土性能的扎实理解,然后熟练地掌握当前工程实践中使用的设计方法。因此,本书不仅提供了结构混凝土的基本力学特性以及单一结构在弯、剪、扭和轴力作用下的设计方法,而且详细给出了它们在各种结构体系中的应用。本书的一个重要特点是全面介绍了板设计的所有内容。有关双向边支承和柱支承两章的内容被合成一章,删去了在实践中已经很少使用的系数法;继续保留了基于塑性理论的板分析和设计方法,即板分析的屈服线法和版设计的条带法,两种方法对新型的结构尤其重要。
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定价:¥36
作者:[美]Joseph E. Bowles编辑:袁 江出版时间:2006-01-13
本书是根据美国Joseph E.Bowles所著的《Foundation Analysis And Design》一书的第5版缩编而成。原书正文共分为20章。其中,属于土力学,专节介绍计算机程序运用和与我国高等院校《基础工程》教材内容无关或关系不大的内容皆被删除,本书保留了11章。在内容编排上,保持了原版书的风格并与我国高等院校通用的《基础工程》教材内容保持一致。因此,可作为高等院校土木工程以及相关专业本科生,研究生《基础工程》双语教材,亦可供从事基础工程设计、估价、管理、研究的专业人员参考使用。本书承续前4版的风格,提供了目前有关基础工程工艺(SOA)和实践(SOP)的若干方法,包括最新的基础工程设计与分析的方法;不仅注意理论知识的阐述、紧密结合实际工程的设计与分析,而且强调了计算机和有限元法(FEM)在基础工程中的应用和工程实践中的普及。
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定价:¥34
作者:[美]Authur P.Boresi,Richard J.Schmidt编辑:方天瞳出版时间:2005-09-05
本书是美国Arthur P.Boresi & RiChard J.Schmidt教授所著的《Engineering Mechanics》的缩编版。根据我国机械类和近机类中学时理论力学课程教学的基本要求,本着尽可能保留原书循序渐进、联系实际的风格,有利教学和减少学生经济负担的原则缩编而成。本书内容包括:力学概念的回顾,力与其他矢量,质点的平衡,平面力、力偶和刚体的平衡,空间的力、力偶和刚体的平衡,简单结构与机械,重心、质心与分布力,摩擦,动力学引论、质点运动学,质点动力学,质点的动量定理,刚体运动学,刚体动力学,动能、动量与刚体的平面运动。另附英制与国际单位制换算表,原书著者序。本书可作高等院校机械、电力、材料等机械类和近机类中学时理论力学课程双语教学教材,也可供广大工程技术人员参考。
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作者:[美]Charles E.Wilson,J.Peter Sadler编辑:方天瞳出版时间:2005-05-24
本书是根据培生教育出版集团出版的教材缩编而成的英文机械原理教材,强调培养学生提出和解决机械的运动学和动力学问题的能力,重视强化已经学过课程的知识和分析运算结果和设计之间的关系。缩编者在保持原书特色和风格的前提下,根据我国机械原理课程教学基本要求,将原教材压缩为11章。同时,用中文撰写了缩编说明,详细介绍了本书的特点和用法。附录中保留了原著全部有用的资料。本教材语言流畅,通俗易懂,联系实际,适应我国学生的外语水平和学习特点.是一本学习机械原理课程和进行机械原理双语教学的优秀教材。
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定价:¥35
作者:[美]Clifford J.Schexnayder,Richard E.Mayo编辑:袁 江出版时间:2005-05-23
本书是根据Clifford J.Schexnayder, Richard E.Mayo所著的《Construction Management Fundamentals》一书缩编而成。原书共有17章,从承包商的角度,分别就施工项目管理的发展历史、基本功能、招投标工作、计划技术、工料测算、项目合同、施工会计,设备选择、费用估算、建筑材料、施工安全、质量控制以及施工管理发展趋势等几方面的内容进行了介绍。在缩编中,主要把原书中关于美国施工管理发展的内容,以及不太适合我国现行施工管理体系的施工会计、合同法律、机械设备使用等部分做了删减,保留了承包商进行项目管理(合同管理、质量控制、施工方法,安全管理等)以及项目管理的常用方法等内容,希望本书能够为读者提供一个比较完整的项目管理框架。
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