Czech

Not applicable.

The ability to design the technologic sequences by joining of unit operation, to form a point of view of ordination of technological lines and receive a concrete knowledges of plastic processing.

Physical chemistry. physics of polymers
Macromolecular chemistry
Stabilisation and additivation of polymers

Not applicable.

The course uses teaching methods in form of Lecture - 2 teaching hours per week. The e-learning system (LMS Moodle) is available to teachers and students.

Oral exam
- quetions according themes of lectures
- advisement in way of possible processing of concrete plastic part
- determination of production faults on some products and proposal of trouble shutting

Basic therms and splitting of plastics - deformational behiour, terminology of polymers, thermomechanical curve, behaviour of plastic melts, additives its influence on processing
Rheology of plastic melts - basic mechanic of flux, rheology by processing, shear viscosity - temperature and prssure dependency, affect of MW and additives on viscosity, rheometry of polymers - extrude, planparalel and rotational plastometres, normal a shear stress by flux, normal viscosity and its phenomens
Energy by processing - heating and cooling, types of heaters, principes of cooling, pressed air, enerfy for polymer modification - mechanical, thermic and radiatic, energy balance of processes
Haldling and prepare processing of polymer materials - basics of drying, milling, dissolving a dispergation, transport and storing of raw materials, colouring, preparing of blends - mixing and kneating, machines, mechanism of mixture formation, tabletation and pelletising, lines of preprocessing, grinding and processing of plasic scraps
Calendering - solid and viscous material between rolls, rates and pressure profile, dissapative output, temperature field, kneating on double calender, types of calenders a its use (construction of calenders), calender lines
Extrusion - function of screw, entering zone - friction output, middle and exit zone, time of residence, kneating output, types of screws, dies, dynamic od process, technology with extrusion
Cyclic processing ways
Molding and fluxmolding - presses, ways of power affects, presses for laminates, floor presses for sheets, rotational presses
Moulds - main parts, terminology by hole numbers, by construction, by overflux, removing of products out of moulds, heating, technology of moulding
Injection moulding - machines, plastification and injection unit, clamping unit, engine and control
Injection moulds - design of multiply, influx systems, disaerating, basic principe of removing, temperation of moulds, principes of design of products
Technology of injection - cycle, relations in mould, influence of technological parameters,
processing of filled thermoplastics, structural foams, thermosetics, morecomponent injection, sandwiches, possible trouble
Blow moulding - extrusion and injection way, blow with orientation
Foaming - factors and processes - surface stress, dissolving, nucleation
Thermoforming - ability of semifinished products, machines, technology, comparing to injection moulding
Rotational moulding - materials, cycles, relations in mould
Processing of fluid systems - dispersions - casting and coating
Reatiction moulding - low- and high pressure way, structural foams
Processing of fiber laminates - discontinual and continual
Spinning - principes, modification of fibres
Fastening - mechanical joint, bonding and adhesives, prepating of surfaces, coating, formation on bond, types of adhesives, sheet backing
Welding - contact, by additional material, by high frequency, by ultrasound, frictionaly, by radiation
Surface finishing - painting and printing, patterning, glossing and metallising, preservation by powder plastics, velvet finishing

Not applicable.

The subject of the lecture-course is given to apprise the students with several types of polymer processing in the relation to basic material properties. The target of course is a realtion between
processing – structure of polymer for particular types of proceeding a ability to define material requirement for given technology on engineer principle.

Attendancy in lecture is optional.

Not applicable.

Not applicable.

Kuta A.: Technologie a zařízení pro zpracování kaučuků a plastů, VŠCHT Praha, Praha 1999. (CS)
Štěpek J., Zelinger J.,Kuta A.: Technologie zpracování a vlastnosti plastů. SNTL Praha, Praha 1989. (CS)

Ducháček V.: Polymery - výroba, vlastnosti, zpracování, použití. VŠCHT v Praze, Praha 2006. (CS)
Charrier J. - M.: Polymeric Materials and Processing. Hanser Publishers, New York 1990. (CS)
Tomis F.: Gumárenská a plastikářská technologie. Zpracovatelské procesy. VUT v Brně, Brno 1987. (CS)