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Numerical to Answers units.- III-SI Appendix energy.- free and II-Equilibrium Appendix importance.- and interest of diagrams equilibrium I-Some Appendix Conclusion.- 23.10 absorption.- to due damage Radiation 23.9 scattering.- to due damage Radiation 23.8 cross-sections.- Reaction 23.7 matter.- with radiation of Interaction 23.6 decay.- radioactive of Rate 23.5 reactions.- Nuclear 23.4 defect.- Mass 23.3 Isotopes.- 23.2 nucleus.- the of structure The 23.1 Nucleus.- The | 23 polyblends.- of toughness Fracture 22.8 composites.- fibre of Toughness 22.7 strength.- specific and stiffness Specific 22.6 composite.- fibre a of Strength 22.5 composite.- a of properties Elastic 22.4 composites.- fibre of Manufacture 22.3 composites.- fibrous for materials Reinforcing 22.2 Introduction.- 22.1 Composites.- | 22 Silicones.- 21.14 Plasticizers.- 21.13 Fillers.- 21.12 resins.- Epoxy 21.11 Wood.- 21.10 polymers.- in Crystallinity 21.9 Elastomers.- 21.8 shape.- polymer to properties mechanical of Relation 21.7 polymerization.- Condensation 21.6 polymerization.- Addition 21.5 hydrocarbons.- Aromatic 21.4 hydrocarbons.- Unsaturated 21.3 hydrocarbons.- Saturated 21.2 compounds.- organic of nature The 21.1 Materials.- Organic | 21 concrete.- and Cement 20.11 Asbestos.- 20.10 articles.- ceramic of Fabrication 20.9 Cermets.- 20.8 Glass-ceramics.- 20.7 glasses.- of behaviour Mechanical 20.6 structures.- Vitreous 20.5 structures.- Silicate 20.4 ceramics.- engineering some of uses and Properties 20.3 ceramics.- crystalline of Deformation 20.2 Introduction.- 20.1 Materials.- Non-metallic Inorganic | 20 materials.- non-allotropic in Welds 19.5 steel.- in Welds 19.4 zone.- heat-affected and metal weld of Metallurgy 19.3 weld.- the of vicinity the in distribution Heat 19.2 Nomenclature.- 19.1 Welding.- | 19 corrosion.- of Prevention 18.11 mechanics.- fracture and cracking corrosion Stress 18.10 corrosion.- metallic of Forms 18.9 diagrams.- Pourbaix 18.8 reactions.- cathodic and Anodic 18.7 corrosion.- Electrochemical 18.6 water.- of ionization The 18.5 layer.- oxide of Growth 18.4 gases.- dry by corrosion chemical Direct 18.3 reduction.- and Oxidation 18.2 Introduction.- 18.1 Corrosion.- | 18 steels.- Special-purpose 17.16 applications.- cryogenic for Steels 17.15 steels.- Tool 17.14 steels.- hardening Case 17.13 steels.- heat-resistant and Corrosion 17.12 steels.- Maraging 17.11 steels.- Ausformed 17.10 steels.- Boron 17.9 condition.- heat-treated fully a in used steels Alloy 17.8 steels.- structural High-tensile 17.7 steels.- alloy of Classification 17.6 properties.- mechanical on elements alloying of Effect 17.5 tempering.- on elements alloying of Effect 17.4 diagram.- transformation isothermal on elements alloying of Effect 17.3 diagram.- equilibrium iron-carbon on elements alloying of Effect 17.2 alloying.- of Purposes 17.1 Steels.- Alloy | 17 section.- Ruling 16.20 end-quenchcurve.- to diameter critical ideal of Relation 16.19 test.- end-quench Jominy 16.18 test.- series Cylinder 16.17 hardenability.- of Measurement 16.16 Hardenability.- 16.15 treatments.- heat Special 16.14 tempering.- with changes property Mechanical 16.13 Tempering.- 16.12 size.- grain austenite of Determination 16.11 effects.- its and steel of size Grain 16.10 austenite.- Retained 16.9 transformation.- cooling Continuous 16.8 knees.- bainite and pearlite of Separation 16.7 steels.- hypereutectoid and hypoeutectoid for diagrams transformation Isothermal 16.6 diagrams.- transformation Isothermal 16.5 rate.- and temperature Quenching 16.4 cooling.- on Transformations 16.3 heating.- on Transformations 16.2 Introduction.- 16.1 Steel.- of Treatment Heat | 16 interaction.- Creep-fatigue 15.11 alloys.- creep-resisting of Development 15.10 maps.- mechanism Fracture 15.9 mechanisms.- fracture Creep 15.8 maps.- mechanism Deformation 15.7 creep.- of Mechanisms 15.6 design.- and Creep 15.5 results.- creep of Presentation 15.4 curves.- creep of Characteristics 15.3 machines.- testing Creep 15.2 phenomena.- Creep 15.1 Creep.- | 15 fatigue.- Corrosion 14.15 fatigue.- to design of Relation 14.14 notches.- of Effect 14.13 rates.- growth Crack 14.12 effects.- damage Cumulative 14.11 limit.- fatigue of Variation 14.10 stress.- mean of Effect 14.9 tests.- fatigue of Results 14.8 machines.- testing Fatigue 14.7 testing.- Fatigue 14.6 growth.- crack Fatigue 14.5 failure.- fatigue of Mechanism 14.4 cracks.- fatigue of Detection 14.3 failures.- fatigue of Characteristic 14.2 fatigue.- to due Failure 14.1 Fatigue.- | 14 fracture.- to design of Relationship 13.25 KIc.- of Determination 13.24 effects.- Geometrical 13.23 modes.- Failure 13.22 conditions.- strain plane and stress Plane 13.21 equation.- Griffith Modified 13.20 factor.- intensity Stress 13.19 mechanics.- Fracture 13.18 factors.- metallurgical of effect The 13.17 fracture.- brittle to due Casualties 13.16 plates.- large on Tests 13.15 temperatures.- Transition 13.14 steel.- mild of brittleness Notch 13.13 tests.- notch of Uses 13.12 tests.- Charpy and Izod of Factors 13.11 tests.- impact Notch 13.10 notch.- the of influence The 13.9 Toughness.- 13.8 equation.- Griffith 13.7 strength.- cohesive Actual 13.6 solid.- a of strength cohesive Theoretical 13.5 components.- engineering of failures Actual 13.4 fracture.- Ductile 13.3 stresses.- multi-axial under flow Plastic 13.2 Introduction.- 13.1 Fracture.- and Flow Plastic | 13 HV.- and strength tensile between Relationship 12.18 stress.- yield to HV of Relationship 12.17 hardness.- Rockwell 12.16 hardness.- pyramid Diamond 12.15 hardness.- Brinell 12.14 tests.- Hardness 12.13 tests.- Compression 12.12 tests.- related Other 12.11 material.- plastic Ideal 12.10 strain.- Logarithmic 12.9 stress.- True 12.8 dimensions.- test-piece of influence The 12.7 phenomena.- Yield-point 12.6 material.- ductile a for curve Load-extension 12.5 tension.- in materials of Behaviour 12.4 specimens.- Tensile 12.3 machines.- testing Tensile 12.2 Introduction.- 12.1 Materials.- Polycrystalline of Testing Mechanical | 12 hardening.- oxide Dispersed 11.10 hardening.- Precipitation 11.9 hardening.- Quench 11.8 hardening.- Work 11.7 hardening.- Dispersion 11.6 equilibrium.- in phases Two 11.5 alloying.- solution Solid 11.4 materials.- Polycrystalline 11.3 obstacles.- and Dislocations 11.2 Introduction.- 11.1 Metals.- of Strengthening The | 11 dislocations.- of origin The 10.16 line.- dislocation a of Tension 10.15 dislocations.- between Forces 10.14 line.- dislocation a on Force 10.13 dislocation.- edge an around field Strain 10.12 dislocation.- screw a around field Strain 10.11 dislocations.- of geometry The 10.10 strength.- shear Theoretical 10.9 slip.- of nature The 10.8 curves.- hardening Shear 10.7 strain.- to elongation of Relationship 10.6 curves.- Load-extension 10.5 stress.- shear Resolved 10.4 twinning.- by Deformation 10.3 slip.- by deformation of Geometry 10.2 Introduction.- 10.1 Crystals.- Single Metal of Deformation The | 10 emission.- Thermionic 9.13 reactions.- Chemical 9.12 Diffusion.- 9.11 law.- rate Arrhenius' 9.10 law.- Maxwell-Boltzmann 9.9 energy.- Activation 9.8 state.- metastable a of example simple A 9.7 states.- metastable and Stable 9.6 expansion.- Thermal 9.5 substances.- simple for results Experimental 9.4 solid.- a of heat Specific 9.3 gas.- a of heat Specific 9.2 molecule.- gas a of energy Kinetic 9.1 Energy.- Thermal | 9 irons.- Cast 8.11 points.- change of Determination 8.10 points.- change of Nomenclature 8.9 diagrams.- Phase-transformation 8.8 steels.- of Microstructures 8.7 alloys.- iron-carbon of Nomenclature 8.6 austenite.- of decomposition peritectic and Eutectoid 8.5 temperatures.- change allotropic of Modifications 8.4 ledeburite.- and Cementite 8.3 iron.- in carbon of Solubility 8.2 iron.- pure of forms Allotropic 8.1 System.- Iron-carbon The | 8 diagram.- equilibrium ternary a in quantities and compositions phase for Rules 7.18 system.- eutectic Ternary 7.17 solubility.- solid complete with system Ternary 7.16 diagrams.- equilibrium Ternary 7.15 reaction.- Peritectoid 7.14 reaction.- Eutectoid 7.13 Allotropy.- 7.12 solidus.- the below occurring Changes 7.11 reactions.- peritectic and eutectic of Comparison 7.10 reaction.- Peritectic 7.9 compounds.- Intermediate 7.8 solubility.- solid partial for diagram Equilibrium 7.7 solubility.- solid complete for diagram Equilibrium 7.6 curves.- Cooling 7.5 insolubility.- solid complete of case the for diagram Equilibrium 7.4 diagrams.- equilibrium binary interpreting for Rules 7.3 liquids.- two for diagram Equilibrium 7.2 Introduction.- 7.1 Diagrams.- Equilibrium | 7 Phase.- 6.9 compounds.- intermediate of Formulae 6.8 compounds.- Intermediate 6.7 solubility.- solid substitutional controlling Factors 6.6 size.- atomic of Effect 6.5 solutions.- Solid 6.4 state.- solid the in Mixtures 6.3 liquids.- two of Mixtures 6.2 Introduction.- 6.1 Alloys.- Atoms-Binary of Sorts Two of Aggregations | 6 crystals.- single of Growth 5.9 size.- grain of Specification 5.8 metal.- solid strained in growth Grain 5.7 metal.- solid strain-free in growth Grain 5.6 castings.- in pattern Crystal 5.5 shapes.- Crystal 5.4 metal.- molten from growth Crystal 5.3 vapour.- from drop liquid of Formation 5.2 examination.- Micrographic 5.1 Size.- and Growth Crystal | 5 solids.- in forces Interatomic 4.13 properties.- mechanical to relation and crystal of Types 4.12 layers.- close-packed of Stacking 4.11 system.- hexagonal Close-packed 4.10 system.- cubic Body-centred 4.9 system.- cubic Face-centred 4.8 lattices.- crystal common The 4.7 direction.- of Indices 4.6 planes.- of Indices 4.5 systems.- Crystal 4.4 lattices.- Space 4.3 state.- crystalline The 4.2 Introduction.- 4.1 Atoms-Solids.- of Aggregations | 4 conductivity.- Thermal 3.18 Viscosity.- 3.17 pressure.- Vapour 3.16 tension.- Surface 3.15 liquids.- of behaviour The 3.14 Liquids.- experiment.- with equation Waals' der van of Comparison 3.13 equation.- Waals' der van of properties The 3.12 equation.- Waals' der Van 3.11 laws.- gas the from Deviations 3.10 pressure.- with K and ? of Variation 3.9 path.- free Mean 3.8 velocities.- of distribution Maxwellian 3.7 molecules.- of velocity and Energy 3.6 gas.- ideal an of pressure the of Calculation 3.5 gases.- of theory kinetic The 3.4 Mole.- 3.3 gas.- a of behaviour The 3.2 Gases.- Introduction.- 3.1 States.- Fluid Atoms-The of Aggregations | 3 atoms.- between bonding The 2.12 spectra.- X-ray 2.11 structure.- electron to behaviour chemical of Relationship 2.10 atoms.- Many-electron 2.9 atoms.- in states Electron 2.8 mechanics.- Wave 2.7 duality.- Wave-particle 2.6 system.- single-electron The 2.5 atom.- Bohr-Rutherford The 2.4 number.- Atomic 2.3 Valency.- 2.2 elements.- the of Classification 2.1 Structure.- Atomic | 2 properties.- material of nature fundamental The 1.1 Introduction.- | 1 möglichst die für ihn relevanten Seiten angezeigt werden und diese im Onlineshop an, so dass der Verbraucher einen genauen Überblick 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