Metallic Glasses and Their Composites

Name: Metallic Glasses and Their Composites | 2nd Updated Edition
Brand: Materials Research Forum LLC
Price: 98.49 EUR
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2nd Updated Edition

D. V. Louzguine(Herausgeber*in)

Materials Research Forum LLC (Verlag)

Erschienen am 5. Januar 2021

358 Seiten

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Inhalt

Intro
front_matter
1 - Formation of Metallic Glasses and Their General Physical Properties
1.1 Formation of metallic glasses
1.2 General physical properties
References
2 - Glass-Transition Process
2.1 Crystal nucleation suppression mechanism
2.1.1 Glass-transition and glass-forming ability
2.1.2 Liquid viscosity and fragility
2.2 Crystal growth controlled mechanism
2.3 Extrinsic factors influencing glass-forming ability
2.4 Effect of flux treatment
References
3 - Structure of Liquids and Glasses and Structural Changes in Metallic Liquids on Cooling
3.1 Structure of liquids and glasses
3.2 Thermal expansion detected by X-ray diffraction
3.3 Structural changes on glass formation from the liquid state
3.4 Structural changes on elastic mechanical loading
3.5 Pressure and irradiation effects, polyamorphism
References
4 - Structural Changes in the Glassy Phase on Heating
4.1 Relaxation processes in metallic glasses.
4.1.1 Relaxation effects on heating.
4.1.2 Structural relaxation and rejuvenation.
4.2 Phase separation
4.2.1 Phase separation on cooling liquids
4.2.2 Phase separation on heating metallic glasses
4.3 Dissolution of a metastable crystalline phase in a supercooled liquid
4.4 Crystallization of glassy alloys.
4.4.1 General features.
4.4.2 Phase transformation diagrams.
4.4.3 Nanocrystallization.
4.4.5 Crystallization upon deformation
4.4.5.1 Crystallization upon plastic deformation
4.4.5.2 Crystallization upon elastic deformation
4.4.6 Formation of quasicrystals upon devitrification
4.4.7 Formation of nanoscale quasicrystals
4.4.8 Crystallization of the amorphous alloys containing pre-existing nuclei and nanoparticles, formation of nanocomposites
4.4.9 Homogeneous nucleation and the nature of incubation period
4.5 Peritectic like reactions involving glassy phase
References
5 - Mechanical Properties and Deformation Behavior
5.1 Mechanical properties of bulk metallic glasses and their deformation behavior at room temperature
5.1.1 Elastic properties
5.1.2 Mechanical strength, hardness and plasticity
5.1.3 Plastic deformation mechanism
5.1.4 Structural rejuvenation by deformation and thermal treatment
5.1.5 Strain-rate sensitivity
5.1.6 Size effect and in-situ deformation studies
5.1.7 Fatigue, cyclic and long-term creep deformation in the elastic region.
5.1.8 Fracture toughness
5.1.9 Fracture mechanisms
5.1.10 Dynamic mechanical properties
5.1.11 Wear resistance
5.1.11.1 Macroscopic wear properties
5.1.11.2 Nano-scale and atomic-scale wear resistance
5.1.12 Bauschinger-type effect
5.2 Plastic flow of bulk metallic glasses on heating
5.3 Deformation of bulk metallic glasses at cryogenic temperature
5.4 Non-uniform materials with glassy phase
5.4.1 Porous glasses
5.4.2 Glassy-crystalline dual phase alloys
5.4.3 Mechanical properties of nanocomposite alloys
References
6 - Magnetic Properties
6.1 Soft magnetic alloys
6.2 Hard magnetic alloys
6.3 The magnetocaloric effect
References
7 - Applications Related to Structural, Functional, Magnetic, Chemical and Biological Properties
7.1 Structural and functional materials
7.2 Magnetic applications
7.2.1 Soft magnetic applications
7.2.2 Hard magnetic applications
7.3 Corrosion resistant alloys
7.4 Oxidation and surface oxides for electronic devices
7.5 Materials for cleaning water pollutions
7.6 Materials for medicine
7.7 Catalysts
7.8 Radiation-steady materials
7.9 Final remarks and future prospects
References
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