The Sports Council of IIST energizes campus life with dynamic events that blend competitive spirit and athletic excellence. Every year, it hosts the vibrant sports fest alongside intra-collegiate competitions and inter-institute tournaments, uniting students in friendly rivalry and shared passion. By championing teamwork and physical fitness, the council not only hones sporting talent but also fosters lifelong camaraderie and school pride.
The Technical Committee of IIST fuels innovation and hands-on learning through cutting-edge projects, workshops, and tech fests - Conscientia that challenge the boundaries of imagination. It serves as a launch pad for aspiring engineers and scientists to explore emerging technologies and apply their knowledge beyond the classroom. With a strong culture of curiosity and collaboration, the committee ignites a passion for problem-solving and technological excellence across the campus.
The Cultural Committee of IIST is the creative heartbeat of the campus, celebrating the rich diversity and talent of its student community. It curates vibrant events like Dhanak, the annual cultural fest of IIST, festivals and intra collegiate performances like KONCHORDS, that blend tradition with innovation, offering a dynamic platform for artistic expression. By nurturing creativity and collaboration, the committee plays a pivotal role in enriching campus life and fostering a strong sense of cultural identity.
The Student Activity Board (SAB) of IIST is a vibrant platform that nurtures the co-curricular and extracurricular interests of students across diverse domains, including cultural, technical, sports, and social activities. It encourages student-led initiatives, fosters creativity and leadership, and plays a key role in enhancing campus life through various events, clubs, and festivals throughout the year.
Defect free machining of Fibre Reinforced Polymer (FRP) Composites, crossing the ch
The current work proposes novel stochastic meshless methods for the analysis of lin
Selective Catalytic Reduction (SCR) is one of the most promising technologies for reducing after-exhaust NOx emissions. Cu zeolites generally provide high SCR conversion rates at temperatures ≤ 350◦C. The limitations associated with powdered catalysts, such as low mass diffusion and high pressure drop, can be minimized to a certain extent by replacing them with structured catalysts. The foam catalysts exhibit superior characteristics, such as a high surface-to-volume ratio, porosity, and tortuosity, which improve the mass diffusion and lower the pressure drop.
The present study focuses on experimental techniques to understand the self-excited oscillation characteristics in low-density round for fully developed and turbulent flow conditions, as well as rectangular jets, and study the effects Reynolds number, momentum thickness, density ratio and aspect ratio on self-excited oscillation. Two global modes exist in low-density round jets. The results confirms that oscillations in low-density round jets are axisymmetric irrespective of S and D/θ, and turbulent jets can exhibit self-excited oscillations for S ≤ 0.53.
Protostellar jets are fossil records of the accretion history of protostars. Studying these jets opens up an indirect window of knowledge into the evolutionary stages and activities of the protostar, the direct study of which is difficult due to its highly embedded nature. The research highlights a theoretical and observational study of protostellar jets in radio and near-infrared wavelengths, respectively.
N-Dodecane plays a crucial role in surrogate fuels for gasoline and jet fuels. Selecting the right surrogate fuel combination depends on the properties of its individual components. Precise reaction mechanisms are essential to predicting combustion characteristics, including laminar burning velocity and ignition delay times. Unfortunately, data for n-dodecane-air, oxy-n-dodecane with diluents like N2, CO2, H2O, and n-dodecane-H2-air are scarce in the literature. This study aims to bridge this gap.
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