Influence of thermal quench on fracture strength, elastic modulus and internal friction of glass plates

Processing and Characterization of Porous TiO2 Coatings.-New types of microstructures of porous TiO2 coatings are prepared by spin coating anhydrous Ti-ethoxide solutions onto Si substrates. During deposition, Ti(OEt)4 in the solution layer reacts with atmospheric moisture to form precipitated particles which yield a porous coating composed of a particle cluster network. The development of microstructure and crystal structure depends on the Ti concentration in the sol and the spinning rate. Faster spinning rates of solutions with lower Ti concentration result in the formation of smaller particles and more compact particle clusters. As-deposited coatings are amorphous and crystallize into the anatase phase at 400 . degree.C. Phase transformation to the rutile type starts at 850 . degree.C and is influenced by the microstructure.

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The effect of surface-limited microcracks on the effective Young's modulus of ceramics

Kim

Case

Gaynor

1993

J Mater Sci

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Influence of surface oxidation on thermal shock resistance and flexural strength of SiC/Al2O3 composites

Chiu¹

1994

J Mater Sci

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Computer simulation of the quench-induced strength degradation in glass plates

Chiu

Case

1992

Materials Science and Engineering: A

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Influence of thermal quench on fracture strength, elastic modulus and internal friction of glass plates

Cited by 3 publications

References 21 publications

The effect of surface-limited microcracks on the effective Young's modulus of ceramics

The effect of surface-limited microcracks on the effective Young's modulus of ceramics

Influence of surface oxidation on thermal shock resistance and flexural strength of SiC/Al2O3 composites

Computer simulation of the quench-induced strength degradation in glass plates

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