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Ceramic engineering

Ceramic engineering is the science of creating objects from inorganic, non-metallic materials. This is done using either heat or precipitation reactions on high-purity chemical solutions at lower temperatures. The term includes the purification of raw materials, the study and production of chemical compounds, their formation into components, and the…

History, Applications, Technology & Science

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Overview

History

Modern industry

Glass-ceramics

Processing steps

Forming methods

The sintering process

Strength of ceramics

Faber-Evans model

Microstructural uniformity

Ceramic composites

Applications

Biomaterials

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Map overview Semantic statistics

Ceramic engineering

Nodes194
Edges193
Triples72
Avg. degree1.99
Density0.010309
Components1

How this topic connects Entity context

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Ceramic engineering

Top relations

related to Modern industry · 18
Ceramic engineering → Carnot's, Ceramic, Ceramics, Currently, Despite, Fuel, Imperfection, In, Silicon, Similar, Such, The, Their, They, Toyota, Turbine, Work, Zirconium
related to history · 16
Ceramic engineering → Abraham Darby, Austrian, Brothers Pierre, Carl Josef Bayer, Ceramic, Coke, England, Jacques Curie, Materials, Piezoelectricity, Potter Josiah Wedgwood, Rochelle, Russia, Shropshire, Stoke-on-Trent, The Bayer
is a · 1
Ceramic engineering → science of creating objects from inorganic

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Important terminology

ceramic materials used ceramics also process processing composites properties sintering material strength grain chemical particles size heat use may mechanical

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Ceramic engineeringis ascience of creating objects from inorganic0.90text
hydrothermal synthesis.Ceramic materials are used in the fields of materials engineeringinstance ofThey can be formed from a molten mass that solidifies on cooling or chemically synthesized at low temperatures using methods0.80text
electrical engineeringinstance ofThey can be formed from a molten mass that solidifies on cooling or chemically synthesized at low temperatures using methods0.80text
chemical engineeringinstance ofThey can be formed from a molten mass that solidifies on cooling or chemically synthesized at low temperatures using methods0.80text
mechanical engineeringinstance ofThey can be formed from a molten mass that solidifies on cooling or chemically synthesized at low temperatures using methods0.80text
aluminainstance ofalthough it is more brittle and can be snapped by dropping it on a hard surface.Ceramics0.80text
boron carbideinstance ofalthough it is more brittle and can be snapped by dropping it on a hard surface.Ceramics0.80text
silicon carbide have been used in bulletproof vests to repel small arms rifle fireinstance ofalthough it is more brittle and can be snapped by dropping it on a hard surface.Ceramics0.80text
in nuclear fuels for burning excess Puinstance ofDurable actinide-containing ceramic materials have applications0.80text
in chemically-inert sources of alpha irradiation for power supply of unmanned space vehicles or to produce electricity for microelectronic devicesinstance ofDurable actinide-containing ceramic materials have applications0.80text
actinides are immobilized using chemically-durable crystalline materials based on polycrystalline ceramicsinstance ofNuclear waste long-lived radionuclides0.80text
large single crystals.Alumina ceramics are utilized in the chemical industry due to their chemical stabilityinstance ofNuclear waste long-lived radionuclides0.80text

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