Date of Award
Doctor of Philosophy (PhD)
Kelkar, Ajit D.
High specific modulus and strength are the most desirable properties for the material used in structural applications. Composite materials exhibit these properties and over the last decade, their usage has increased significantly, particularly in automotive, defense, and aerospace applications. The major cause of failures in composite laminates is due to delaminations. Delamination in composite laminates can occur due to fatigue, low velocity impact and other loadings modes. Conventional methods like â€œthrough-the-thickness stitchingâ€ or â€œZ-Pinningâ€ have limitations for improving flexural and interlaminar properties in woven composites due to the fact that while improving interlaminar properties, the presence of stitches or Z pins affects in-plane properties. This study investigates the flexural behavior of fiberglass composites interleaved with non-woven Tetra Ethyl Orthosilicate(TEOS) electrsopsun nanofibers(ENFs). TEOS ENFs were manufactured using an electrospinning technique and then sintered. Nanoengineered beams were fabricated by interleaving TEOS ENFs between the laminated fiberglass composites to improve the flexural properties.
Shinde, Dattaji K., "Effect Of Electrospun Nanofibers On The Short Beam Strength Of Laminated Fiberglass Composite" (2014). Dissertations. 96.