Department Engineering Mechanics
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Fibre Reinforced Plastics

Professor: prof. dr. ir. R. Marissen
Information: ir. A.H.J. Nijhof

Description of the Master Program:

The Master Program Fibre Reinforced Plastics involves advanced applications of fibre reinforced plastics (FRP=s) in mechanical engineering, and of flexible fibre structures used as reinforcement. The program emphasizes either design or manufacturing techniques, in consultation with the student in question. Depending on his interest the program can be adapted with respect to courses and practical work, a term of probation and individual research tasks.

Specific topics of research:

The relation between physical-mechanical properties of the components fibres and plastic matrix, and those of the composed FRP's, depending on the construction of the composite material. Validation of the theory by testing.

The application of the mechanics of anisotropic materials to FRP's and FRP products.

Design and manufacturing of FRP parts in mechanical engineering.

The technology of different techniques to make FRP products and the interaction between design and manufacturing techniques.

Overview

 

Creditpoints

minimal

maximal

Courseprogram divided over clusters.

A. Mathematics- and Informatics

6

8

B. Society

6

8

C. Fundamental Mech. Engineering

6

24

D. Design- and Constructive

6

18

Subtotal

47

Individual assignments:

Practical work

10

Essay

6

Design project

6

Experimental project

6

Master project (incl. lecture)

30

Subtotal

58

Total

105

Remark:

The practical work and/or one of the small individual assignments wil be often combined with the master project.

Obigatory courses:

Coursecode

Coursename

Lecture-hours

Crp

Cluster

tc6

Oral and written report

x/x/0/0

2

B

wb1330

Design in fibre reinforced plastics

0/0/0/2/0

1

D

wb1406

Experimental mechanics

0/0/0/2/2

2

C

wb1430A

Introduction to fibre reinforced plastics

0/0/0/2/2

2

D

wb1430B

Fibre reinforced plastics -continued course-

4/4/0/0/0

4

D

wb1431

Mechanics of fibre reinforced plastics

2/2/0/0/0

2

C