High-Temperature Deformation and Creep of Nanostructured Composite Ceramics Based on Aluminum Oxide

High-temperature deformation and creep of nanostructured composite ceramic based on aluminum oxide are studied by experiment. Ceramic composite compositions are developed based on aluminum oxide and inorganic binder, and physicochemical features of high-temperature processes during their formation are studied. Research results make it possible to predict ceramic behavior in service and to optimize preparation technology for ceramic materials with prescribed properties.