Whether it is a lullaby or a bhajan, music meets us where we are. Music is believed to have evolved alongside language, possibly even before it. On International Music Day, we don’t just celebrate sound. We celebrate connection.
Dr. Meghna Verma, with over 24 years of rich experience spanning industry, teaching, and research is currently Associate Professor and Head-Centre for Sustainability, also former Head of Department of Marketing and International Business at Ramaiah Institute of Management (RIM), Bangalore. She holds Ph.D. in Airport Retail, focusing on retail product purchase behaviour of domestic passengers, from Department of Management Studies, IISc. Bangalore. Since 2009, she has been associated with RIM, where she actively undertakes research projects, including those commissioned by GoK, serves as a reviewer for several reputed international journals and has authored over 60 research papers, including publication in ABDC and SJR-ranked journals. She has presented her research globally at leading institutions such as National University of Singapore (NUS), Copenhagen Business School (CBS), University of Bremen, TU Darmstadt, IIT Roorkee, IIM Indore, CEPT Ahmedabad and others.
Dr. Meghna’s research mainly focuses on consumer behaviour in religious and sustainable tourism, marketing of sustainable transport services, social media marketing, responsible consumption, women safety, crowd behaviour in mass religious events, airport retail, application of AI & AR in retail and service sector. She continues her research exploration aimed at enhancing quality of life, promoting gender equality, social inclusion, climate change and sustainability through a marketing lens.
Her research profile can be view at: https://scholar.google.com/citations?user=bP8VSJgAAAAJ&hl=en
High energy density and minimal energy losses render thermochemical energy storage (TCES) systems a promising long-term solution for space heating applications. While inorganic salt hydrates are considered effective thermochemical materials, challenges such as cycling stability, agglomeration, and deliquescence during the charging and discharging processes limit their efficacy. Porous matrices, like silica gel (SiO2), present a viable alternative to address these issues.
The present study uses a three-dimensional numerical model to investigate the thermal stratification performance of vertical cylindrical thermal energy storage under simultaneous charging and discharging operations pertinent to low-temperature (below 100 ℃) industrial applications. First, the study investigates an oil-based TES using Hytherm 600 as the heat storage medium, and water circulating through the
Demographic analysis is often used for the effective management of wildlife, especially for species facing human‐caused disturbances to their habitat, such as habitat fragmentation.