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- Pottery_fracture abstract "Pottery fracture results from stress within a ceramic body due to thermal expansion and contraction, shrinkage, and other forces. Poor drying or uneven compression and alignment of particles can result in low strength. Cracking may appear in greenware as well as each stage of the firing including bisque ware and glazed ware.Fracture in greenware resulting in stresses during the making. To avoid cracks in greenware uniformity should be maintained in the thickness of the pot, the drying of the greenware, as well as consistency of the clay body itself. Cracks can result in uneven drying from thinner to thicker spots within the pot. A lack of compression in the bottom while throwing results in a commonly seen "s" crack on the underneath of the pot.Fractures caused by thermal shock called dunting occur during the firing process and are witnessed in the bisqued ware stage. Dunting is a problem that commonly occurs during the cooling process of the firing cycle. Latent or dormant cracks which went unnoticed in greenware may appear in bisqued ware after firing.A crack that appears in any stage of firing increasing gets worse through multiple firings. Cracks may also go unnoticed until after the glazed firing. In glazed ware the glaze causes stress due to the thermal expansion. The interaction of the glaze and the clay body causes stress on the pot in glaze firing.".
- Pottery_fracture wikiPageID "15476515".
- Pottery_fracture wikiPageLength "2274".
- Pottery_fracture wikiPageOutDegree "19".
- Pottery_fracture wikiPageRevisionID "638399402".
- Pottery_fracture wikiPageWikiLink Bisque_(pottery).
- Pottery_fracture wikiPageWikiLink Bisque_porcelain.
- Pottery_fracture wikiPageWikiLink Casting_(metalworking).
- Pottery_fracture wikiPageWikiLink Category:Pottery.
- Pottery_fracture wikiPageWikiLink Ceramic.
- Pottery_fracture wikiPageWikiLink Ceramic_glaze.
- Pottery_fracture wikiPageWikiLink Clay.
- Pottery_fracture wikiPageWikiLink Compression_(physical).
- Pottery_fracture wikiPageWikiLink Compression_(physics).
- Pottery_fracture wikiPageWikiLink Dunt.
- Pottery_fracture wikiPageWikiLink Force.
- Pottery_fracture wikiPageWikiLink Fracture.
- Pottery_fracture wikiPageWikiLink Greenware.
- Pottery_fracture wikiPageWikiLink Pottery.
- Pottery_fracture wikiPageWikiLink Shrinkage_(casting).
- Pottery_fracture wikiPageWikiLink Strength_of_materials.
- Pottery_fracture wikiPageWikiLink Stress_(mechanics).
- Pottery_fracture wikiPageWikiLink Stress_(physics).
- Pottery_fracture wikiPageWikiLink Thermal_expansion.
- Pottery_fracture wikiPageWikiLink Thermal_shock.
- Pottery_fracture wikiPageWikiLinkText "Pottery fracture".
- Pottery_fracture hasPhotoCollection Pottery_fracture.
- Pottery_fracture wikiPageUsesTemplate Template:Orphan.
- Pottery_fracture wikiPageUsesTemplate Template:Reflist.
- Pottery_fracture subject Category:Pottery.
- Pottery_fracture type Article.
- Pottery_fracture type Art.
- Pottery_fracture type Article.
- Pottery_fracture comment "Pottery fracture results from stress within a ceramic body due to thermal expansion and contraction, shrinkage, and other forces. Poor drying or uneven compression and alignment of particles can result in low strength. Cracking may appear in greenware as well as each stage of the firing including bisque ware and glazed ware.Fracture in greenware resulting in stresses during the making.".
- Pottery_fracture label "Pottery fracture".
- Pottery_fracture sameAs m.03mbm3g.
- Pottery_fracture sameAs Q7235329.
- Pottery_fracture sameAs Q7235329.
- Pottery_fracture wasDerivedFrom Pottery_fracture?oldid=638399402.
- Pottery_fracture isPrimaryTopicOf Pottery_fracture.