A study on micro-gripping technologies

Development of a Rapid Thermoplastic Impregnation Device

A melt impregnation device for rapid thermoplastic impregnation of fiber bundles has been developed through modeling and experiments. The basic principles behind the thermoplastic impregnation process are investigated and the properties needed for a successful thermoplastic impregnation device are formulated. All findings, both by experiments...

Micro-electro-mechanical actuators using confined polymers

Polymers can be used to constitute "artificial muscles" that actuate under an electric stimulus. These polymers include dielectric elastomers and thermally expandable polymers. They are insulating and relatively compliant. Their electric activation is enabled with integration of electrodes, heat conductors or heaters. However, the electrodes or...

Design optimization of shape memory alloy structures

This thesis explores the possibilities of design optimization techniques for designing shape memory alloy structures. Shape memory alloys are materials which, after deformation, can recover their initial shape when heated. This effect can be used for actuation. Emerging applications for shape memory alloys are e.g. miniaturized medical...

Uncertainty-based Design Optimization of Structures with Bounded-But-Unknown Uncertainties

Kinematics and stiffness of thermoformed plain-weave laminates: Simple models and experimental validation

Stress analysis of scapula: Design considerations of glenoid prostheses

Optimization of Thin-Walled Packaging, Optimalisatie van dunwandige verpakkingen

Shape optimization of fabric reinforced products - Design sensitivy analysis