| Adhesive bonding is the joining of similar or dissimilar materials using a substance that usually is of a different type, transferring the loads from one adherent to the other. Besides, it offers excellent design flexibility. A proper understanding of adhesive science is required in designing effective maintenance procedures and recycling techniques for emerging hybrid and complex materials. |
In this course, adhesion principles and technologies as well as associated evaluation methods will be covered. Most attention will be paid to process-microstructure-performance relations in adhesively bonded joints. Some subjects that will be discussed within the framework of this course are adhesive selection, surface preparation, surface characterization, bond performance evaluation, and joint design for demanding applications.
Why this course: Adhesive bonding can be easily applied to almost all production lines ranging from customer products to high-tech electronics, medical implants, and lightweight advanced constructions among others. The knowledge and skills developed in this course comprise
- Common adhesion theories and principles;
- Relation between properties of constituent materials and bond performance;
- Classification and analysis of the mechanical tests for adhesive bonds;
- Determination of the relation among intermolecular forces, surface science and adhesion;
- Selection of the relevant surface treatment for different adhesion scenarios;
- Differences between structural adhesives;
- Application of the knowledge gained to design an adhesive joint.
For whom: Professionals with basic knowledge on surfaces and mechanical engineering knowledge.
From whom: dr. J. Zanjani
Practical information: This is a regular course attended by students and professionals. The course comprises lectures as well as a theoretical assignment with report and presentation of the outcome. Q&A sessions are scheduled during the course which are mandatory. A day in the lab is included, to watch the different technologies discussed in the course.
Literature: Presentation sheets, relevant literature (papers, etc) will be provided by lecturers.
Location: University of Twente, Enschede, NL
Duration: The course is scheduled annually from April till July. It requires 140 hours of study load.
Costs: € 2067,15
More information:
Content of the course: dr. J. Zanjani, j.seyyedmonfaredzanjani@utwente.nl
Registration: Registration form | Faculty of Engineering Technology (ET)