PT-1-005

• Plastteknik 2007 (svenska) - Plastics and processing
• Plastteknik 2008 (svenska) - Plastics and processing
• Plastteknik 2009 (svenska) - Material science
• Plastteknik 2010 (svenska) - Material science
• Plastteknik 2011 (svenska) - Material science
• Plastteknik 2012 (svenska) - Material science
• Plastteknik 2013 (svenska) - Material science
• Plastics technology 2007 (international students) - Plastics and processing
• Plastics technology 2007 (native finnish speaking students) - Plastics and processing
• Plastics technology 2007 (native swedish speaking students) - Plastics and processing
• Plastics technology 2008 (international students) - Plastics and processing
• Plastics technology 2008 (native finnish speaking students) - Plastics and processing
• Plastics technology 2008 (native swedish speaking students) - Plastics and processing
• Plastics technology 2009 - Material science
• Plastics technology 2010 - Material science
• Plastics technology 2011 - Material science
• Plastics technology 2012 - Material science
• Plastics technology 2013 - Materialvetenskap
• Process- och materialteknik 2014 - Materialer
• Process- och materialteknik 2015 - Materialer
• Process- och materialteknik 2016 - Materialer
• Process- och materialteknik 2017 - Materialer
• Process- och materialteknik 2018 - Materialer
• Process- och materialteknik 2019 - Materialer
• Process- och materialteknik 2020 - Materialer
• Materials processing technology 2014 - Materialer
• Materials processing technology 2015 - Materialer
• Materials processing technology 2016 - Materialer
• Materials processing technology 2017 - Materialer
• Materials processing technology 2018 - Materialer
• Materials processing technology 2019 - Materialer
• Mechanical and sustainability engineering 2020 - Materialer

4 (2021-03-22 till 2021-07-31)

Engelska

Obligatorisk

Yrkeshögskoleexamen

1

5 sp

The aim of the course is to give the student the
ability to understand how polymer materials react
when they are exposed, processed and used in
different environments.

At the end of the course the student is
expected to be able to:
-understand how molecules in a polymer are
formed by polymerization
-understand the properties of the chain
molecule in terms of structure, length, form,
mobility, and interactions with neighboring
chain molecules
-Explain polymer properties such as cohesion,
adhesion, solubility and compatibility
according to functional groups and secondary
bonds

Lectures and exercises on nomenclature,
structure, molecular weight, step-growth
polymers, chain-growth polymers, cross-linking,
solutions and degradation.

Course material in itsLearning.

• Föreläsningar - 20 timmar
• Självstudier - 60 timmar
• Nätbaserade - 55 timmar

• Kursens totala antal arbetstimmar: 135 timmar
• Varav självstyrda studieformer: 135 timmar
• Varav schemalagda studier: 0 timmar

Närundervisning

• Tentamina (skriftliga-, muntliga-, hem-)
• Demonstrationer och färdighetsprov

Online exam and project

Makkonen-Craig Stewart

Makkonen-Craig Stewart

https://www.itslearning.com/main.aspx?CourseID=1017 Extern länk

Ingen begränsning (44 studenter anmälda)

Tills vidare

2021-03-08 till 2021-04-04

• 2018-02-27 - Tentamina
• 2018-02-27 - Demonstrationer och presentationer