Course - Polymer materials and processes - TØL4205
Polymer materials and processes
Choose study yearLessons are not given in the academic year 2024/2025
About
About the course
Course content
1 Definitions of polymers and composites 2 Processing 3 Knowledge of different types of matrix, fiber and core material 4 Damage mechanics 5 Properties of polymers and composites 6 Structural degradation 7 Sustainability in polymers and composites 8 Assessment of environmental impact
Learning outcome
Skills: 1 Scientific thinking 2 Systems engineering 3 Data analysis and statistics 4 Identify and analyze key components in an organizations IT platform and Information Systems 5 May apply methods for planning and scheduling in manufacturing systems 6 Ability to analyze the methodology for product development in industry and market 7 Process and operation planning 8 Can carry out development and research on manufacturing technology 9 Able to carry out techno-economic assessment. 10 contribute to the scientific knowledge in the field 11 feedback to others 12 Scientific writing General knowledge / competence 1 probabilistic methods for reasoning about uncertainty in manufacturing systems 2 Systems thinking ?? systems architecture 3 group work theory 4 teamwork 5 contribute to new thinking and innovation 6 Be able to convert data into information Skills:
Learning methods and activities
Additional information: The theoretical basis will be discussed in lecture. Students will receive assignments to be solved. Laboratory tests are carried out in the laboratory. For web students, 1 compulsory laboratory laboratory is required at Gjøvik during the semester. Mandatory work requirements are included. In case of less than 6 students registered, the course will take place as a self-study with guidance.
Further on evaluation
If fail course must be re-taken. A new portfolio must be submitted.
Recommended previous knowledge
Materials science and engineering
Course materials
Information will be given at course start
Subject areas
- Polymer Physics
- Structural Engineering
- Machine Design - Design Optimization