Akademik Dersler - İçerik

interpret the effect of ceramic raw materials (powders), their properties and production methods on ceramic production processes.
Defines powders.
define traditional ceramic raw materials and their application areas
Summarizes the production processes of advanced ceramic powders.
interpret the methods to characterise ceramic powders and their results
interpret particle size measurement results
explain surface area and principles of its measurement
explain principles of pore size measurement
describe density definitions and measurement of density
evaluate thermal analysis graphics
discuss grinding parameters and granulation of ceramic slurries
explain principles of grinding and reasons for its time dependence
explain grinding methods and their differences
explain parameters affecting grinding performance
explain parameters affecting granulation process
describe the requirements for the best powder packing
describe effects of surface energy on processing
describe surface energy
relate Kelvin equation to processes
Describes saturation.
interpret the parameters affecting stability of ceramic suspensions and their mechanisms
explain charging mechanisms
explain the reasons for repulsive and attractive forces
demonstrate how clay suspensions are stabilised
describe rheological properties and their importance in processing
Proposes basic rheological definitions.
correlate parameters affecting rheology
describe measurement principles of rheology
discuss shaping techniques including pressing and slip casting
Explains required properties from pressing powders.
discuss the effects of granule properties on pressing and firing
discuss the causes of pressing defects
describe the principles of slip casting
evaluate the relationship between slip rheology and casting behaviour
discuss factors affecting sintering and microstructural development in all sintering methods
explain solid state, liquid phase and vitrification sintering methods
compare sintering methods
interpret green-fired microstructure relationships
discuss reactions occuring and possible occurence of defects during firing
identify furnaces
correlate reactions taking place during firing and their influence on firing regime
evaluate firing defects