Principles of Composites
Manufacturing
MEEG655/855-FALL 2004
Instructor:
Dr. S. G. Advani
205 Spencer Lab. (x-8975) (Mornings)
205 Composites Manufacturing Science Lab (x-1674)
(afternoons)
WWW.page (http://me.udel.edu/~advani)
I will post regular office hours on
my Webpage. Please try to come during these times if at all possible. If
you cannot come during regular office hours please call (831-8975) and
make an appointment.
Office Hours: MWF
11:00 to noon p.m. or by appointment
Text Book:
The primary text material will be Process
Modeling in Composites Manufacturing
by Suresh G. Advani and E. Murat
Sozer (2002). Published by Marcel- Dekkar (ISBN: 0-8247-0860-1)
Other Reference books
-
Advanced Composites Manufacturing
edited by Tim Gutowski
-
Manufacturing of Polymer Composites,
by Tomas Astrom
Assignments #1|#2|#3|#4|#5|#6
Homework will be assigned approximately on a fortnight basis and
a due date will be given with each assignment. Late homework will be accepted
(with 25% reduced grade) until the beginning of the class following the
due date.
Homework solutions must be written neatly on only one side of the
paper and all pages must be stapled together. In addition, the following
items are not acceptable: untrim pages torn from notebooks, pages clipped
or folded together.
Project
Each student will have to undertake a project. The topic will cover
one of the processes that we discuss in the class. The project will be
assigned at the end of second week. Every 4th lecture, each student registered
in MEEG855 will have to present the class with one to two minute update
about his or her project. The final presentation of the project will be
in the finals week. The final typed report will be due on the last day
of class.
Grades
Grades will be based on assignments and project scores, weighted
as follows:
Assignments
40%
Midterm Exam
30%
Final Project Report and Presentation 30%
Course Contents
I. A Brief Introduction to Composite Materials
II. Overview of Composite Manufacturing Processes
III. Transport Equations for Composites Processing
IV. Constitutive Laws and their Characterization
V. Modeling Approach and Tools for Simplification and
Solution
VI. Short Fiber Molding Processes
A. Compression Molding
B. Injection Molding
C. Extrusion
VII. Advanced Thermoplastic Manufacturing Processes
A. Pultrusion
B. Sheet Forming
C. Tape Placement/Filament Winding
VIII. Processing Science of Reactive Polymer Composites
A. Liquid Composites Molding
B. Autoclave Processing of Composites
C. Filament Winding