An Introduction to Ceramics and Refractories (Hardcover)

· 제목 : An Introduction to Ceramics and Refractories (Hardcover) 
· 분류 : 외국도서 > 기술공학 > 기술공학 > 재료과학
· ISBN : 9781482220445
· 쪽수 : 524쪽
· 출판일 : 2014-12-11

PART 1 CERAMICS AND REFRACTORIES

General Aspects

Introduction

Applications of ceramics and refractories

Material selection

New developments in ceramic and refractory fields

Phase equilibria in ceramic and refractory systems

Ternary phase diagrams

Corrosion of ceramics and refractories

Failure in ceramics and refractories

Design aspects

PART 2 CERAMICS

Bonding In Ceramics

Introduction

Ionic bonding

Madelung constant

Pauling’s rules

Problems

Structures Of Ceramics

Introduction

Rocksalt structure

Zinc blende structure

Cesium chloride structure

Fluorite and antifluorite structures

Perovskite structure

Spinel structure

Ilmenite structure

Rutile structure

Alumina structure

Structure of silicates

Structure of glasses

Problems

Defects In Ceramics

Introduction

Point defects

Linear defects

Planar defects

Problems

Ceramic Microstructures

Introduction

Single phase polycrystalline ceramics

Multiphase ceramics

Problems

Production Of Ceramic Powders

Introduction

Raw materials

Powder preparation

Preconsolidation

Batch determination

Problems

Forming Processes

Pressing

Casting

Plastic forming

Green machining

Problems

Thermal Treatment

Introduction

Calcining

Sintering

Glazing

Problems

Mechanical Properties

Introduction

Tensile and compressive strengths

Creep

Fracture

Toughening mechanisms

Problems

Thermal And Thermo-mechanical Properties

Introduction

Thermal properties

Thermo-mechanical properties

Problems

PART 3 ? REFRACTORIES

Classification

Introduction

Acid refractories

Basic refractories

Neutral refractories

Monolithic refractories

Refractory Thermodynamic Principles

Solid-solid contact

Solid-liquid contact

Solid-gas contact

Properties and testing

Introduction

Refractoriness

Hot strength

Thermal shock resistance

Resistance to chemical attack

Cold crushing strength

Thermal conductivity

Production

Introduction

Blending

Mixing

Moulding

Unshaped refractories

Drying

Silica

Manufacture

Characteristics

Uses

Alumina

Manufacture

Characteristics

Uses

Alumino-silicate

Manufacture

Characteristics

Uses

Chrome-magnesite

Manufacture

Characteristics

Uses

Carbon

Manufacture

Characteristics

Uses

Section I Ceramics and Refractories

General Aspects

Introduction

Applications of Ceramics and Refractories

Bibliography

Selection of Materials

Introduction

First Stage

Second Stage

A Case Study

References

Bibliography

New Developments in Ceramic and Refractory Fields

Introduction

New Developments in the Ceramic Field

New Developments in the Refractory Field

References

Phase Equilibria in Ceramic and Refractory Systems

Introduction

Unary-Phase Diagrams

Binary Systems

Ternary-Phase Diagrams

References

Bibliography

Corrosion of Ceramics and Refractories

Introduction

Corrosion of Ceramics

Corrosion of Refractories

References

Bibliography

Failure in Ceramics and Refractories

Introduction

Brittle Fracture

References

Bibliography

Design Aspects

Introduction

Design Approaches

Reference

Bibliography

Section II Ceramics

Bonding in Ceramics

Introduction

Ionic Bonding

Covalently Bonded Solids

Bibliography

Structures of Ceramics

Introduction

Oxide Structures

Structure of Silicates

Structures of Glasses

Reference

Bibliography

Defects in Ceramics

Introduction

Point Defects

Point Defects and Their Notation

Linear Defects

Planar Defects

Ceramic Microstructures

Introduction

Characteristics of Microstructure

Quantitative Analysis

Triaxial Whiteware Compositions

Changes during Firing

Refractories

Bibliography

Production of Ceramic Powders

Introduction

Raw Materials

Powder Production

Powder Characterization

Batch Determination

Bibliography

Forming Processes

Introduction

Pressing

Plastic Forming

Green Machining

Bibliography

Thermal Treatment

Introduction

Calcination

Sintering

Glazing

Bibliography

Mechanical Properties

Introduction

Tensile and Compressive Strengths

Creep

Fracture

Toughening Mechanisms

References

Bibliography

Thermal and Thermo-Mechanical Properties

Introduction

Thermal Properties

Thermo-Mechanical Properties

References

Bibliography

Section III Refractories

Classification

Introduction

Acid Refractories

Basic Refractories

Neutral Refractories

Bibliography

Refractory Thermodynamic Principles

Introduction

Free Energy

Chemical Equilibrium

Chemical Stability

Gibbs?Duhem Relation

Interfaces

Reference

Bibliography

Properties and Testing

Introduction

Refractoriness

Hot Strength

Thermal Shock Resistance

Resistance to Chemical Attack

Cold Crushing Strength

Thermal Conductivity

References

Bibliography

Production

Introduction

Blending

Mixing

Molding

Drying

Firing

Unshaped Refractories

References

Bibliography

Silica

Bibliography

Alumina

Introduction

Manufacture

Properties

Uses

References

Bibliography

Alumino-Silicate

AlO?SiO System

Manufacture

Properties

Uses

Reference

Bibliography

Chrome-Magnesite

Introduction

Manufacture

Properties

Uses

Bibliography

Carbon

Manufacture

Characteristics

Uses

Bibliography

Insulating Refractories

Introduction

Manufacture

Characteristics

Uses

Bibliography

Appendices

Index

Insulating Refractories

Manufacture

Characteristics

Uses

APPENDICES