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4418材料科学基础84讲,清华大学,教学视频课程
4418材料科学基础84讲,清华大学,教学视频课程
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清华大学
类 别: 精品课程
格 式: MP4
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1.关于课程全不全的问题
    全不全有一个参照物,课程一般都提供了章节及清单,一切以标明的为准,对于没有标明清单的,课程以实际授课范围为准,从开课到结课。内容上,没有讲的自然就没有
2.是否严格按照图片上这本书来讲的?
    不是的,大学课程,本身跳跃性比较大,一个学科的知识体系,写书的编者与讲课的老师,往往站在不同的视角来对一个学科进行阐释,这也让你感觉到老师讲的可能跟你手里的书有所差距
3.为什么有的课程这堂课讲完就是另外一个老师来讲的,是拼接的么?
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课程清单
课程章节
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提示:以下是视频文件清单,收到的文件名称与此一致。
01_AtomicStructure1.mp4
02_AtomicStructure2.mp4
03_AtomicBonding1.mp4
04_AtomicBonding2.mp4
05_SpaceLattice1.mp4
06_SpaceLattice2.mp4
07_CrystalSystem&LatticeTypes1.mp4
08_CrystalSystem&LatticeTypes2.mp4
09_CrystalStructureandComplexLattice.mp4
10_IntersticesinTypicalCrystalsofMetals1.mp4
11_IntersticesinTypicalCrystalsofMetals2.mp4
12_IndicesofCrystalPlanesandDirections.mp4
13_HexagonalAxesforHexagonalCrystals1.mp4
14_HexagonalAxesforHexagonalCrystals2.mp4
15_SomeImportantCrystallographicFormulas.mp4
16_StandardProjection1.mp4
17_StandardProjection2.mp4
18_StackingModeofCrystals.mp4
19_SomeAdditionalTerminologyinCrystallography1.mp4
20_SomeAdditionalTerminologyinCrystallography2.mp4
21_Basicconceptsofalloys_close_20150717135904611.mp4
22_FactorsAffectingtheStructureofAlloyPhase.mp4
23_SolidSolution1.mp4
24_SolidSolution2.mp4
25_ApplicationofS.S.mp4
26_SomeRulesGoverningtheIonicCompounds.mp4
27_CrystalStructureofCeramicMaterials1.mp4
28_CrystalStructureofCeramicMaterials2.mp4
29_IntermetallicCompounds(IntermetallicPhases).mp4
30_Normalvalencecompoundsorvalencecompounds1.mp4
31_Normalvalencecompoundsorvalencecompounds2.mp4
32_ElectronphasesElectroncompounds.mp4
33_SizeFactorCompounds.mp4
34_Silicates1.mp4
35_Silicates2.mp4
36_Summary.mp4
37_金属的拉伸实验.mp4
38_Introduction1.mp4
39_Introduction2.mp4
40_SlipSystems1.mp4
41_SlipSystems2.mp4
42_SlipSystems3.mp4
43_ChangeinReferenceDirection&ReferencePlacesduringSlip.mp4
44_金属的压缩实验.mp4
45_SlipinUniaxialTensionandCompression—RotationofCrystal1.mp4
46_SlipinUniaxialTensionandCompression—RotationofCrystal2.mp4
47_StrainHardening(Work-hardening).mp4
48_SurfaceMorphologyofCrystalAfterSlip1.mp4
49_SurfaceMorphologyofCrystalAfterSlip2.mp4
50_Twinning(I)——MicroscopicAspect1.mp4
51_Twinning(I)——MicroscopicAspect2.mp4
52_Twinning(II)——MacroscopicAspect.mp4
53_ComparisonBetweenSlipandTwinning.mp4
54_BasicFeaturesofThePlasticDeformationofPolycrystals.mp4
55_Introduction.mp4
56_Pointdefects.mp4
57_OriginofConceptforDislocation.mp4
58_What’sDislocation.mp4
59_BurgersCircuitandBurgersVector.mp4
60_DislocationinMotion.mp4
61_StartingForceofDislocation—Peierls-Nabarro(P-N)Stress.mp4
62_Summary——PropertiesofDislocation.mp4
63_TheStressFieldAroundaDislocation.mp4
64_ElasticEnergyandLineTensionofDislocation.mp4
65_ForcesonDislocation.mp4
66_InteractionbetweenDislocation.mp4
67_InteractionbetweenDislocationandPointDefect.mp4
68_MultiplicationofDislocations.mp4
69_PileupofDislocation.mp4
70_IntersectionofDislocations.mp4
71_DislocationsinFCCCrystal.mp4
72_Thompson’sTetrahedron.mp4
73_ReactionbetweenDislocation.mp4
74_SimpleApplicationsofDislocationTheory.mp4
75_Introduction.mp4
76_Fick’sLaws.mp4
77_SteadyStateDiffusion.mp4
78_Non-Steady-StateDiffusion.mp4
79_ConcentrationDependenceofD.mp4
80_KirkendallEffectandPartialDiffusionCoefficients.mp4
81_ReactionDiffusion(DiffusioninMultiplePhaseZone).mp4
82_DefussionThermodynamics.mp4
83_DiffusionMechanism.mp4
84_EmpiricalRuleforDiffusion.mp4
第1章 Atomic Structure and Bonding
01-01 Atomic Structure
01-02 Atomic Bonding
第2章 Fundamentals of Crystallography
02-01 Space Lattice
02-02 Crystal System & Lattice Types
02-03 Crystal Structure and Complex Lattice
02-04 Interstices in Typical Crystals of Metals
02-05 Indices of Crystal Planes and Directions
02-06 Hexagonal Axes for Hexagonal Crystals
02-07 Some Important Crystallographic Formulas
02-08 Standard Projection
02-09 Stacking Mode of Crystals
02-10 Some Additional Terminology in Crystallography
第3章 The Structures of Alloys
03-01 Basic concepts of alloys
03-02 Factors Affecting the Structure of Alloy Phase
03-03 Solid Solution
03-04 Superlattice
03-05 Application of S.S.
03-06 Some Rules Governing the Ionic Compounds
03-07 Crystal Structure of Ceramic Materials
03-08 Intermetallic Compounds (Intermetallic Phases)
03-09 Normal valence compounds or valence compounds
03-10 Electron phases/Electron compounds
03-11 Size Factor Compounds
03-12 Silicates
03-13 Summary
第4章 Plastic Deformation of Crystal
04-01 Introduction
04-02 Slip Systems
04-03 Change in Reference Direction & Reference Places during Slip
04-04 Slip in Uniaxial Tension and Compression——Rotation of Crystal
04-05 Strain Hardening (Work-hardening)
04-06 Surface Morphology of Crystal After Slip
04-07 Twinning (I) —— Microscopic Aspect
04-08 Twinning (II) —— Macroscopic Aspect
04-09 Comparison Between Slip and Twinning
04-10 Basic Features of The Plastic Deformation of Polycrystals
第5章 Imperfections in Crystals
05-01 Introduction
05-02 Point defects
05-03 Origin of Concept for Dislocation
05-04 What’s Dislocation
05-05 Burgers Circuit and Burgers Vector
05-06 Dislocation in Motion
05-07 Starting Force of Dislocation——Peierls-Nabarro (P-N) Stress
05-08 Summary —— Properties of Dislocation
05-09 The Stress Field Around a Dislocation
05-10 Elastic Energy and Line Tension of Dislocation
05-11 Forces on Dislocation
05-12 Interaction between Dislocation
05-13 Interaction between Dislocation and Point Defect
05-14 Multiplication of Dislocations
05-15 Pile up of Dislocation
05-16 Intersection of Dislocations
05-17 Dislocations in FCC Crystal
05-18 Thompson’s Tetrahedron
05-19 Reaction between Dislocation
05-20 Simple Applications of Dislocation Theory
第6章 Diffusion in Solids
06-01 Introduction
06-02 Fick’s Laws
06-03 Steady State Diffusion
06-04 Non-Steady-State Diffusion
06-05 Concentration Dependence of D
06-06 Kirkendall Effect and Partial Diffusion Coefficients
06-07 Reaction Diffusion (Diffusion in Multiple Phase Zone)
06-08 Defussion Thermodynamics
06-09 Diffusion Mechanism
06-10 Empirical Rule for Diffusion
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