Fișa disciplinei:

FI-M ST-93 Materiale de acoperire - vopsele.pdf

Department:

Technical Sciences

Course Leader:

conf.dr.arh. Gabriela Mindu

Learning outcomes:

The course offers to the future specialists in surface finishing activity the physico chemical base knowledge about interfaces, about material’s compatibility. Tehere are presented the principles of the main importante integrated systems in coatings formation from suport’s surface preparation to coatings characterization.

Content:

Lectures:

1 Introduction in surface’s science: surface termodynamics, superficial tension
2 Coatings: definition, classification, thermodynamic consideration about material’s compatibility
3 General properties of the coatings
4 Metallic Surface preparation prior coatings deposition
5 Plastic and wood surface preparation prior coatings deposition
6 Electrochemical deposition of the metals.
7 Chemical deposition of the metals on non conducting support
8 Polymeric systems used for organic coatings: resins, additives, solvents
9 The main group of natural and synthetic resins, properties
10 Pigmets in organic coatings
11 Nanocomposite hybrid systems in surface finishing
12 Classic systems and modern technologies in wood surface finishing
13 The influence of deposition technology on coating’s properties
14 Modern methods for coatings characterization

Teaching Method:

Theoretical course - classroom + projection equipment + construction materials from the department's collection
Practical course (A synthesis study will be developed in teams of 4-5 students) - workshop + projection equipment + materials

Assessment:

A synthesis study will be developed in teams of 4-5 students.
Credits are calculated as follows:
10% - Automatic points (base score)
70% - Summative assessment: Face-to-face exam, taken both individually and as a team, based on a study prepared and submitted (in both digital and physical formats).
20% - Attendance at the course's practical activities and personal contribution, both qualitative and quantitative, to the synthesis study.

Bibliography:

1. O.Radovici, A. Banu, Bazele electrochimice ale coroziunii și prelucrării materialelor, Ed
Printech, București, 1999
2. Blaga, A; Robu, C, “Lacuri si vopsele - chimismul reactiilor” - Editura Tehnica Bucuresti
1992,
3. ISBN 973 -31-0427-2, p. 10; 17
4. Calbo, L, Handbook of Coatings Additives – New York, Marcel Deckker, 1999
5. ***High-Performance Organic Coatings, Ed. A.S. Khanna, Woodhead Publishing, 2008
6. ***Engineering Coatings - Design and application, Ed. Stan Grainger and Jane Blunt,
Woodhead Publishing, second edition, 1998
7. Evans, Corrosion Handbook, Ed Plenum Press, 2002
8. European Coatings, rev.
9. Journal of Arhitectural coatings, rev
10. Journal of Protective Coatings and Linings

Notes:

To ensure effective communication among all interested parties, students enrolled in this course - as well as those retaking it - will be included to the course's dedicated WhatsApp group during the first seminar, via the course leader or the teaching assistant. To be included in the group, all students are required to provide their contact details to the teaching assistant at the first seminar.
University regulations regarding attendance at academic activities must be observed.
If the course is held online, an internet connection and access to the communication platform are required.
If activities are conducted online, students must comply with UAUIM regulations applicable to such situations.
Unjustified delays of more than 10-15 minutes from the start of the course/seminar are not allowed, so as not to disrupt the educational process.
Audio, photo, or video recording of lectures is not permitted without the consent of the instructor.
Attendance at over 80% of seminar activities is required.
Seminars take place either in person or via an online platform (in the event of restrictions).
University regulations regarding attendance at academic activities must be observed.
Preparation through individual study, but also in a team, review of theoretical concepts discussed during the course;
Research into materials or products discussed in the course and selected by students for the project undertaken during the seminar.