Akademik Dersler - İçerik

explain the chemical structure, molecular configuration, average molecular weight/molecular weight distribution of polymers.
make average molecular weight and polydispersity index calculations.
identify the technological classes (thermoplastics, thermosets, elastomers) of polymers.
describe polymerization reaction types and systems at a basic level.
acquire the fundamental ability to interpret the morphological, rheological, elastic/viscoelastic, stree/strain, fatigue, tear, impact, wear, hardness, optical, electrical, set, and chemical properties of polymers.
calculate viscosity at different temperatures using the WLF equation.
be familiar with the technological properties of highest volume polymers and their areas of application.
describe the ancillary materials, and additives and how these can be utilized to improve polymer properties.
carry out calculations of composite moduli.
explain the processes of converting polymer resins to products and their advantages/disadvantages.
recognize the main properties of fibers and elastomers.
have a preliminary/basic jugment on material selection, process selection, and part design.