普通高等教育“十二五”规划教材：材料加工工程科技英语

图书标准信息

• 作者 王快社、刘环、张郑 编
• 出版社 冶金工业出版社
• 出版时间 2013-03
• 版次 1
• ISBN 9787502461584
• 定价 29.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 205页
• 字数 430千字
• 正文语种 英语
• 丛书 普通高等教育“十二五”规划教材

【内容简介】

　　《普通高等教育“十二五”规划教材：材料加工工程科技英语》是材料成形与控制工程专业学生用以掌握本专业英语词汇，阅读、翻译及写作相关英文文章的基础教程。本书的主要内容包括相与结构、材料检测方法、金属材料热处理、轧制理论及工艺、挤压与拉拔、铸造、锻造及焊接工艺、CAD／CAM等，另外选用了12篇阅读材料加以补充。
　　《普通高等教育“十二五”规划教材：材料加工工程科技英语》主要作为高等院校相关专业学生的教材，也可供从事金属材料加工工作的工程技术人员参考。

【目录】

1PhaseandStructures

1．1LatticeStructures

1．2TheIron-carbonEquilibriumDiagram

1．3CrystalStructuresofIron

1．4EffectsofCarbonandCrystalStructuresinFe-CAlloys

1．4．1Effectsofcarbon

1．4．2CrystalstructuresinFe-Calloys

1．5CriticalTemperatures

2TestingMethods

2．1TensileTest

2．2HardnessTests

2．2．1Brinellhardnesstest

2．2．2Vickershardnesstest

2．2．3Rockwellhardnesstest

2．2．4Otherhardnesstests

2．3DynamicTests

2．3．1Impacttest(CharoyV-notch)

2．3．2Fatiguetest

2．3．3Dynamictensileandcompressiontest

2．3．4Creeptest

2．4JominyTestforHardenability

2．5DeterminationofWorkingLoadsbyConsiderationofMetalFlow

3HeatTreatment

3．1FullAnnealingandHomogenizing

3．2NormalizingandSpheroidizing

3．2．1Normalizing

3．2．2Spheroidizing

3．3StructuralChangesonTempering

3．4ThermomechanicalTreatments

3．5SurfaceHardening

3．5．1Flamehardening

3．5．2Inductionheating

4RollingTheoryandTechnology

4．1TheNatureandPurposeofMetalworkingTheory

4．2FrictionandLubricationinMetalworking

4．2．1Influencesoffrictioninmetalworkingprocesses

4．2．2Elementaryprinciplesoflubrication

4．3IntroductionforRolling

4．4HeatingbeforeRollingOperations

4．5TheProcessofMetalRolling

4．6TheQualityControlofRollingProcess

4．7SeveralTypicalRollingMills

4．7．1Asinglemillstand

4．7．2Tandemrollingmills

4．7．3Clusterrollingmills

4．7．4Planetaryrollingmills

4．8PurposeandLayoutofRollingMills

5ExtrusionandDrawing

5．1IntroductionforExtrusion

5．1．1TheAdvantages

5．1．2TheProcess

5．2TypicalPropertiesoftheExtrudedProduct

5．2．1Dimensionalaccuracy

5．2．2Surfacefinishoftheextrudedproduct

5．2．3Materialflow

5．3HydrostaticExtrusionProcesses

5．3．1Introduction

5．3．2LaboratoryVSproductionequipment

5．3．3HotVScoldextrusion

5．3．4Processclassification

5．4DrawingofRod，Wire，ShapesandTubes

5．5DrawingStress

5．6TubeMaking

5．5．1Introduction

5．6．2Tandemdrawingoftubesonamandrel

5．6．3Tubesinking

6Casting，ForgingandWelding

6．1IntroductiontoCastingProcesses

6．2InvestmentCastingandDieCasting

6．2．1Investmentcasting

6．2．2Diecasting

6．3DefinitionofForgingProcess

5．4SeveralSimpleMethodsofForgingProcess(I)

6．5SeveralSimpleMethodsofForgingProcess(II)

6．5．1Hammerforging

6．5．2Pressforging

6．5．3Upsetforging

6．5．4Rollforging

6．5．5Ringrolling

6．6ResistanceWelding

6．6．1Spotwelding

6．6．2Seamwelding

6．6．3Projectionwelding

6．6．4Upsetandflashbuttwelding

6．7FusionWeldingBasedonElectricalEnergythroughArcing--ArcWelding

6．7．1Metal-electrodearcwelding

6．7．2Submerged-arcwelding

6．7．3Gasmetal-arcwelding

6．7．4Gastungsten-arcwelding

7CADandCAM

7．1CAD/CAMDefined

7．2TheProductCycleandCAD/CAM

7．3Computer-aidedDesignofForgings

7．3．1Introduction

7．3．2Battelle'sdieforgeCAD/CAMsystem

7．4CADSystemforModelingSolidification

8ReadingMaterials

8．1Stress-StrainCurves

8．2TubingandTubularProducts

8．2．1Historicalperspective

8．2．2Processclassification

8．2．3Tube-makingprocesses

8．3ComputerAnalysisandControlofRolling

8．3．1Computeranalysisofrolling

8．3．2Computercontrolofrolling

8．4MechanicalWorkingofMetals

8．5TypicalExamplesofMass-reducingProcesses(Sheafing，BlankingandPiercing)

8．5．1Shearing(PROCESS1)

8．5．2Blankingandpiercing(PROCESS2)

8．6IntroductiontotheJoiningProcesses

8．7MeanstoFormDeeperCups

8．7．1Seconddraw

8．7．2Contoureddies

8．8PowderMetallurgy

8．8．1Introduction

8．8．2Characteristicsofthepowdermetallurgicalprocesses

8．9SuperconductivityandApplicationsofSuperconductivity

8．9．1Synchronousgenerators

8．9．2HomopolarDCmachines

8．9．3Magnetohydrodynamicgenerators

8．9．4Fusionmagnets

8．9．5Superconductingpowertransmission

8．9．6Magneticlevitation

8．10TheGradesofSteels

8．11PouringandSolidificationofCasting

8．11．1Pouring

8．11．2Solidification

8．12FusionWeldingBasedonChemicalEnergy-gasWelding

8．12．1Theoxyacetyleneflame

8．12．2Weldingtechniques

8．12．3Applications

Vacabulary

References