Section (1): Example of polymerization
processes
Experiment (1)
: Interfacial Polycondensation
of Hexamethylene Diamine & Sebacoyl Chloride [Nylon polymerization]
Section (2): Microscopic investigations of
polymeric morphology
Experiment (2)
: Polarization
Microscope
Section (2): Various polymers processing
techniques
Experiment (3)
: Injection
Molding
Experiment (4)
: Compression
Molding
Experiment (5)
: Extrusion
Experiment (6)
: Film Extrusion
Experiment (7)
: Injection Molding [Poly-alloying]
Section (4): Production of polymeric composite
materials
Experiment (8)
: Glass-Fiber Reinforced
Plastics (GFRP)
Experiment (9)
: Polymer Particulate
Composites
Experiment (10)
: Ceramic-filler particulate
in a polymeric composite
Experiment (11)
: Laminated Composites
All the lab reports should have the same format to objectively judge its quality, depth of discussion and analysis. Always use
The lab report should include the following sections (each should start
at a different page):
1. Cover page: Download
the standard cover page here
2. Abstract (page numbering starts here)
3. Table of Contents and figures (use headings
and caption options in Word to generate them)
4. Introduction
5. Material (repeating unit, properties, applications,
standard properties using tables, and MatWeb)
6. Apparatus
7. Procedures
8. Testing and Results (sketches, graphs,
data, etc....)
9. Discussion [Separate
discussions for each student]
10. Conclusion & Recommendations (if any)
11. References
N.B.
- You may need a Theory section (after the introduction) in
case of a quantitative or qualitative theory.
- You may need an Appendix section (at the end) to attach graphs,
sections from references, standards, etc.. (large reports)
- Special attention will be paid for plagiarism, including cheating
(Academic Honesty
Policy).
- Adequate and neat hand or computer (Photoshop) drawings are required
for microstructures, or you can use digital camera.