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Ph.D. (Engg): Compressive behavior of continuous fiber polymer composites in the presence of process-induced defects

AE Auditorium
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The current work examines how process-induced defects influence the compressive behavior of composite structures. The defects analyzed include wrinkles at the macroscale and fiber misalignment at the microscale. Uni-directional carbon fiber-reinforced polymer composites with intentionally created wrinkles were produced by strategically positioning laminate strips. Through comprehensive experimental characterization, the research thoroughly investigates the impact of […]

The 41st Annual Symposium on Space Science and Technology

AE Auditorium

Indian Space Programme: has been a catalyst for advanced research, technological innovation and space exploration in the country. Scientific data from ISRO’s earth observation, lunar and planetary exploration missions are being used by hundreds of scientists across the country. More than 1000 R&D Projects have been supported through the RESPOND Programme and Space Technology cells. […]

PHONONIC MATERIALS – AN AVENUE FOR PASSIVE FLOW CONTROL

AE Auditorium

Specific modal and non-modal mechanisms (flow coherences) in fluid flows, associated with distinct time and length scales, govern important flow phenomena, e.g., laminar-to-turbulent transition, turbulent drag, and flow separation. Consequently, numerous passive strategies featuring compliant materials have explored the effect of Fluid-structure interaction (FSI) on various flow coherences. In recent years, the emergence of Phononic […]

Phase Transformations in Multifunctional Materials

AE Auditorium

Phase transformation materials are characterized by their ability to rapidly and reversibly switch between distinct properties, such as insulating and conducting, paramagnetic and ferromagnetic, or Li-rich and Li-poor. These transformations, however, are accompanied by abrupt structural changes in the crystal lattices, which can nucleate defects, accumulate strain energy, and accelerate material decay. We investigate these […]

Boundary Layer Transition Experiment in a Supersonic Flight

AE Auditorium

In fluid mechanics, the boundary-layer transition is a very important phenomenon for high-speed flows because it severely affects the skin friction and heating rates on the model surface. The classical correlations for high-speed flows have been developed based on experimental observations in wind tunnels. When the experiments are performed, they are mostly controlled by the […]

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