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Chandan Deep Singh

    Jatropha-Biodieselmischungen in Dieselmotoren
    Bauteilgewicht und Wanddicke für die Bauteilherstellung in GAIM
    Sustainable Green Development and Manufacturing Performance through Modern Production Techniques
    Modeling and Simulation of Underwater Flexible Robot
    Modeling Of Underwater Flexible Robot Considering Rayleigh Beam
    Adolescents, Family and Consumer Behaviour
    • 2021
    • 2020

      Adolescents, Family and Consumer Behaviour

      A Behavioural Study of Adolescents in Indian Urban Families

      • 190 pages
      • 7 hours of reading

      Focusing on adolescents as key influencers in family consumer behavior, this book explores their significant role within the evolving socio-cultural landscape of India. It highlights how young people's preferences and values are shaping market trends, suggesting that their impact will be crucial for the future of consumerism. The investigation delves into the dynamics between youth and family purchasing decisions, providing insights into emerging market patterns driven by the younger generation.

      Adolescents, Family and Consumer Behaviour
    • 2017

      Focusing on the challenges of underwater exploration, the book discusses the potential of underwater robots to perform tasks like debris removal and pipeline inspection without the limitations of human divers. It addresses the critical issue of trajectory control for these robots, which is complicated by dynamic coupling and buoyancy forces. The work presents a dynamic modeling approach using bond graph techniques, detailing the integration of a controller for improved performance in underwater environments. This research aims to enhance the functionality and reliability of underwater robotic systems.

      Modeling and Simulation of Underwater Flexible Robot
    • 2015

      The book delves into the role of underwater robots in deep-sea exploration, highlighting their applications in debris removal, pipeline inspection, and research. It emphasizes the advantages of robotic technology, particularly their ability to operate without the constraints of human physiology. However, it also addresses significant challenges, notably the complexities of trajectory control for these robots, which is crucial for effective navigation and task execution in underwater environments.

      Modeling Of Underwater Flexible Robot Considering Rayleigh Beam