Akademik Dersler - İçerik

recognize the distinguishing polymeric properties of rubbery materials and their position in the technological classification of polymers.
summarize the chemical structure, molecular properties, physical/chemical properties, and areas of application of major types of rubber.
have an idea on the oil/fuel resistance, ozone resistance, and suitable vulcanization systems of a rubber by considering its chemical structure.
be familiar with the types, functions, and dispersion mechanisms of compounding materials at a basic level.
describe the vulcanization process, types of vulcanization, and the properties conferred by vulcanization.
make calculations of torque and time (scorch, cure) on a vulcanization curve.
explain the process of rubber compound preparation.
calculate compound recipes, dosing, and fill factors related to rubber compounds.
outline the processes of conversion of rubber to products.
interpret, at a fundamental level, the viscosity, rheometry, hardness, stress/strain, tear, abrasion, resilience, viscoelasticity, creep/stress relaxation, low-temperature brittleness, electrical, permanent set, heat resistance, fluid resistance, and ozone resistance properties of rubber and the influence of these on the use of rubber products.
make calculations of ageing from test data.
name rubber products and the production methods