Week 1: Introduction to polymers, physical characteristics, and representation
Week 2: Thermodynamics of polymer system (governing laws, Pressure-volume-temperature relationships, equation of states, calorific values and free energy, thermodynamic properties)
Week 3: applied polymer rheology (fluid flow characteristics, governing equations, applied rheology, flow rate and pressure drop)
Week 4: heat transfer phenomenon in polymers (thermal properties, conduction, convection, and radiation heat transfer, Nusselt-Greatz relationship, and thermodynamics in different systems)
Week 5: mass transfer phenomenon in polymers (diffusion and diffusivity, solubilities of gases in molten and soft polymers,)
Week 6: chemical reaction engineering in polymers (condensation polymerization, addition polymerization, copolymerization)
Week 7: polymer preparation processes (extrusion, injection molding, blow molding, fiber spinning, calendering, etc.)
Week 8: Polymer testing (testing perspective, quality assurance, standardization, sample preparation, conditioning, mass, density, and dimensional analysis, processibility test, strength and stiffness, fatigue and wear, time dependence, environment and temperature effects)
Week 9: Polymer testing (physical properties test, testing of rubber, plastics, cellular materials, composites, textile polymers, fabrics, dynamic analysis, friction, electrical, optical, and fire analysis, etc.)
Week 10: polymers in electronics and their processing (epoxies, silicones, phenolics, fluorocarbons, polyxylylenes)
Week 11: polymers in electronics and their processing (polyester, polyvinyls, polystyrenes, functions of coating, manufacturing, circuit coating, wire coating, other coatings)
Week 12: polymers in building materials and their processing (Introduction, cement composites, latex modified, epoxy modified, special system)
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