L.104.41295 Multi component technique

Course offering details

Instructors: Prof. Dr. Volker Schöppner

Event type: Lecture

Org-unit: Maschinenbau

Displayed in timetable as: Mehrkomptech.

Hours per week: 2

Language of instruction: German

Min. | Max. participants: - | -

Requirements and recommendations:
Standard methods injection molding
Standard methods extrusion

Aim of the event:
Modern plastic products must feature a high functionality, whereas different materials are applied. Especially low cost solutions emerge by omitting the joining technology, if the different materials are combined in a collective forming process. Within the field of injection molding and especially extrusion the multicomponent-techniques are used in more and more applications, e.g. the combination of high-quality surface materials with low-cost core components.
Aim of this lecture is to understand the manufacturing of products made of different materials by using the dominating methods of injection molding and extrusion. The necessary calculation methods to dimension the process as well as the products are conveyed.

Contents:
- Compatibility of different material
- Properties of products
- Flow and cooling of multi layer products
- Injection molding of multi component parts
- Injection molding of hollow parts
- Co-extrusion
- Blow molding
- Foaming

Contact person:
Prof. Dr. Volker Schöppner

Literature:
lecture notes

Appointments
Date From To Room Instructors
1 Tue, 18. Oct. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
2 Tue, 25. Oct. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
3 Tue, 8. Nov. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
4 Tue, 15. Nov. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
5 Tue, 22. Nov. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
6 Tue, 29. Nov. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
7 Tue, 6. Dec. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
8 Tue, 13. Dec. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
9 Tue, 20. Dec. 2016 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
10 Tue, 10. Jan. 2017 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
11 Tue, 17. Jan. 2017 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
12 Tue, 24. Jan. 2017 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
13 Tue, 31. Jan. 2017 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
14 Tue, 7. Feb. 2017 09:15 10:45 P1.5.08.2 Prof. Dr. Volker Schöppner
Connected courses
This course is connected with the following courses:

  • L.104.41295 Multi component technique

    Course

    Prof. Dr. Volker Schöppner

    Tue, 18. Oct. 2016 [09:15]-Tue, 7. Feb. 2017 [10:45]

    Course offering currently shown

  • L.104.41495 Multi component technique (Exercises)

    Course

    Prof. Dr. Volker Schöppner

    Wed, 7. Dec. 2016 [10:00]-Wed, 1. Feb. 2017 [11:30]

    Show course offering
Contained in modules
Module
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6203 Polymer Technology ()
M.104.6214 Basismodul Leichtbaugerechte Produktions- und Fertigungstechnik ()
M.104.6214 Basismodul Leichtbaugerechte Produktions- und Fertigungstechnik ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Kunststofftechnik (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6252 Polymer Engineering (Master) ()
M.104.6272 Polymer Engineering ()
M.104.6272 Polymer Engineering ()
M.104.6272 Polymer Engineering ()
M.104.6272 Polymer Engineering ()
M.104.6272 Polymer Engineering ()
M.104.6272 Polymer Engineering ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6303 Polymer Technology ()
M.104.6314 Production Technologies for Lightweight Structures ()
M.104.6314 Production Technologies for Lightweight Structures ()
M.104.6430 Plasticstechnology 1: Processes ()
M.104.6430 Plasticstechnology 1: Processes ()
M.104.6430 Plasticstechnology 1: Processes ()
M.104.6430 Plasticstechnology 1: Processes ()
M.104.6430 Plasticstechnology 1: Processes ()
M.104.6435 Plasticstechnology 2: Materials ()
M.104.6435 Plasticstechnology 2: Materials ()
M.104.6435 Plasticstechnology 2: Materials ()
M.104.6435 Plasticstechnology 2: Materials ()
M.104.6603 Polymer Technology ()
M.104.6603 Polymer Technology ()
Course specific exams
Description Date Instructors Mandatory
1. Prüfungsleistung Mon, 20. Mar. 2017 14:00-16:00 N.N. No
Class session overview
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  •  
Instructors
Prof. Dr. Volker Schöppner