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A new generation of engineers

Paper, print media and biomaterials

A new generation of engineers
A new generation of engineers

> Education

Unitary operations for converting - 5FME1121

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  • Number of hours

    • Lectures : 13.5
    • Tutorials : 0
    • Laboratory works : 0
    • Projects : 0
    • Internship : 0
    • Written tests : 2.0
    ECTS : 14.0
  • Officials : Didier CHAUSSY

Goals

Learning outcomes :

  • To understand the finishing and transformation processes of materials that allow the development of products with specific functionality in a sector of activity ranging from cardboard to printed electronics
  • To deal (in accordance with specifications) in a team with a problem based on technical and scientific documents, mainly in English
  • To produce and participate in the team presentation of a synthesis (15 to 20 pages) based on several scientific and technical publications
Contact Didier CHAUSSY

Content

Knowledge of the finishing and transformation processes of materials allowing the development of products with specific functionality in a sector of activity ranging from cardboard to printed electronics.
Preparation of summary documents from scientific and technical publications distributed by the teacher.

Students work in groups on a problem based on a folder, distributed by the teacher, consisting of numerous technical and scientific documents, mainly in English.
After reading and summarising the publications distributed and with the technical and scientific support of the teacher, a first review is carried out in order to propose the outline of the summary document to be produced.
The document (15 to 20 pages) is then developed from the specifications provided by the teacher during the first session.



Prerequisites

courses of first year at Pagora (english, Fibre and biomaterials fundamentals, Processes for printing industry)

Tests

The evaluation is based on :
report (group work)
personnal investisment (personnal work)
oral presentation (group work)



Note : 50% rapport + 30% restitution orale + 20% Implication individuelle

Calendar

The course exists in the following branches:

Additional Information

Curriculum->Pagora Engineer - Student->Semester 9


Sécurité-Environnement
Respect des consignes de sécurité énoncées au démarrage de l'activité. Les élèves n'ayant pas suivi la formation sécurité lors de l'intégration à Pagora ne sont pas autorisés à manipuler en TP

Bibliography

Selon les thèmes abordés, les dossiers techniques sont constitués de plusieurs documents scientifiques et techniques qui constituent la bibliographie.
Exemple : pour le Thème 'couchage rideaux' les reférences bibliographiques sont :
[1] Endres, Tietz,. Blade, film and curtain coating techniques and their influence on paper surface characteristics. TAPPI Journal, pp 24-32, nov. 2007
[2] Yu-Rong, Hsien-Ming, Chi-Feng, Ta-Jo, Ping-Yao. Three minimum wet thickness regions of slot die coating. Journal of Colloid and Interface Science, 308 pp 222–230,2007
[3] Beneventi, Guerin. Physical chemistry, rheology and curtain formation ability of surfactant-strach solutions. PTS Chemical Technology of Papermaking Symposium n°47, 14 pages, 2004
[4] Tripathi, Joye, D. Fleming. New curtain coating technology offers benefits for barrier-coated grades. SOLUTIONS! for People, Processes and Paper, Coating Technology, pp 18-22, juillet 2006
[5] M. Schweizer. Multilayer curtain coating technology. Document interne Polytype Converting, 15 pages, 2003
[6] Trefz, Fröhlich, 2005. Production experience with curtain coating for woodfree coatd paper. TAPPI Journal, Vol 4, n°11, pp 1-7 , nov 2005.
[7] Lyannaz, Guérin, 2004. Advantages of double curtain coating for production of WFC paper. Document interne CTP
[8] Tripathi, Joyce, D. Fleming, Sugihara. A statistical study of process variables to optimize a high speed curtain coater – Part I. TAPPI Journal, pp 20-26, jan 2009
[9] Fan Ho, Chi Ming, Ta Jo, Ping Yao. Experimental Study on Tensioned-Web Slot Coating. Polymer Engineering and Science, DOI 10.1002/pen, pp 841-851, 2007
[10] Ta-Jo, Wen Bing, Jia-wei, YuChin, Carlos, Jian, 2006.Effect of Inorganic particules on slot die coating. Journal of Colloid and Interface Science. Volume 297, Issue 1, 1 May 2006, Pages 215–225

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Date of update July 24, 2020

Université Grenoble Alpes