Akademik Dersler - İçerik

Prepare samples for different techniques.
explains the peraparation techniques for metalic samples.
Explains the images from optical microscopes (crystalline phases).
Interpret the effects of heat-treatment on microstructure by the help of optical microscopy images.
Explains the measurement methods and mechanical properties of the materials.
Lists materials depending on their mechanical properties.
Determines the mechanical resistance of materials against force.
Explains the preparation techniques depending on the type of sample preparation technique.
Compares and interprets different mechanical test results.
Explains the nondestructive characterization methods.
Describe the situations in which NDT methods are necessary.
Describes imperfection types determined by each NDT method.
Explains the measurements techniques of physical properties such as assonic modul,thermal conductivity.
Recognises the measurement principle of each technique.
Explains the measurement techniques for electrical and magnetic properties.
Define piezoelectrical, ferroelectrical and dielectrical properties.
Define the materials showing piezoelectrical, ferroelectrical and dielectrical properties and connect these properties to their microstructure.
Describe the measurement techniques of piezoelectrical, ferroelectrical and dielectrical properties.
Explians the thin film deposition and characterization techniques.
Understand the importance of vacuum in thin film coating.
Determines the low and high vacuum deposition techniques.
Explains structural, electrical characterization techniques for thin films and coatings.
Explains different solutions of engineering and their influence on universe and society.
Describes the processes starting from raw materials until the final product by the help of the technical excursions.
Comments on problem solutions experienced during production.
Recognizes production process and its development according to the properties required in the final product.