Innovative Assembly and Fastening Lab - Research

Research Accordions

The attachment of implants in the human body is a complex multifaceted area of research involving bio-compatible materials, variation in an individual patient’s anatomy, and quality of life. Current research has focused on finding innovative strategies for preventing tracheal stent migration. A test rig has been developed to study the factors which influence trachea movement and design profiles which aid in retention.

Trachea Testing Slide
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The attachment of a cranial implant to the skull is currently done in an ad-hoc manner with little guidance given to the surgeon resulting in long surgery times and high infection rates. Current research has focused on the studying kinematic constraint to determine the optimum number and location of fasteners.

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In comparison with conventional radial flux machines (RFM), the axial flux machine (AFM) exhibits many advantages such as high torque density, short axial length, and high efficiency. A prototype of a novel  AFM design is being created with Dr. Julie Zhang from ECE.

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The joining of parts can be thought of as

A test rig has been developed to study the factors which influence trachea movement and design profiles which aid in retention

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Modern automotive design is emphasizing the development of lightweight multi-material structures to minimize vehicle mass and increase fuel economy. Traditional fastening methods such as spot welds cannot be used when joining aluminum to polymeric composites, and novel discrete fastening system need to be developed. Research has focused on the development of novel ridged-nail solutions among others.