This book presents select proceedings of the 3rd International and 15th National Conference on Industrial Problems on Machines and Mechanisms (IPRoMM 2024). It covers recent significant advances in all areas of machines and mechanism used in industries. It presents a comprehensive coverage of the recent developments in analysis, design and manufacturing of a range of modern and next-generation industrial machines, and solutions to mitigate common and emerging problems in their maintenance and operation. The topics covered include design, manufacturing and performance analysis of mechanical and mechatronic machine components and assemblies, machine dynamics including rotor dynamics, vehicle dynamics, and multi-body dynamics, robotics and automation, hydraulic and pneumatic systems and control, vibration engineering, tribology, condition monitoring, failure analysis, manufacturing systems and processes, reliability and quality engineering, thermo-fluid and combustion systems, aerospace systems, acoustics, automotive engineering, etc. The book will highly useful for researchers and professionals working in the area of industrial and production engineering, especially machines and mechanisms.

Presents select peer-reviewed proceedings of IPRoMM 2024 Deals with machine learning and Industry 4.0 for solutions to problems on machines and mechanism Bridges the gap between theory and practice in machines and mechanisms

Autorentext

Vineet Sahoo is an assistant professor in the Department of Mechanical Engineering at NIT Jamshedpur, India. His research focuses on design and development of special drives such as strain wave gears, LSHT orbit Motors, etc., which are used in precision power transmission and automation. He is particularly interested in understanding stress-strain behavior such as devices in static and dynamic conditions. He has strong expertise in experimenting with such precision devices. Recently, his work is focused on unraveling the design methodology of strain wave gears such that it can be developed indigenously. Further, Sahoo and his associates at NIT Jamshedpur seek to bring design evolutions in various mechanical components like bearings, gears and other power transmitting devices. He has more than 08 years of teaching experience. He has published 24 research papers in reputed SCI and Scopus-indexed journals and international conferences.

Deepak Kumar is an assistant professor in the Mechanical Engineering Department at the National Institute of Technology, Jamshedpur, India (an Institute of National Importance, Government of India). He is working in the field of damage mechanics of composite materials, nanocomposites, smart materials, product design, and development of biomaterials. He received a bachelor's degree in mechanical engineering from MAHE, India, Master's degree in Computer Aided Analysis and Design from BITS, Mesra, India, and Ph.D. in Aerospace Engineering from Gyeongsang National University, South Korea. His Ph.D. thesis was about a multiscale damage model for composite structures, which considered the onset and evolution of intra-laminar matrix cracking and interlaminar delamination in various ply-configurations considering the mixed mode failure. Deepak also gained valuable experimental expertise in the areas of automated fiber placement technologies and composite bolted-joint mechanics. His latestresearch interests are the development of nanocomposites for development of supercapacitor, energy devices and artificial tissues.

Ashok Kumar Mandal is an assistant professor in the Mechanical Engineering Department of National Institute of Technology Jamshedpur, India. His research is in the field of nonlinear vibrations, control, acoustics and hyperelasticity. He received his master's degree in Machine Design from IIEST, Shibpur, and Ph.D. in Mechanical Engineering from IIT Kanpur. His Ph.D. thesis was on vibration characteristics of strings in the presence of unilateral smooth finite boundary obstacles. Dr. Mandal has more than seven years of teaching experience in the Departments of Mechanical Engineering of BIT Mesra and NIT Jamshedpur. He has guided four M.Tech. and one Ph.D. thesis. Dr. Mandal is currently working on three sponsored research projects which are funded by Govt. of India. His research interest also includes mechanics of Indian musical instruments and technology for rural development.

Sandipan Bandyopadhyay is an Associate Professor at the Department of Engineering Design, Indian Institute of Technology Madras. He received his bachelor's degree in Mechanical Engineering from Jadavpur University, Kolkata, in the year 1998, and his master's as well as doctoral degrees from the Indian Institute of Science, Bangalore, in the years 2000 and 2006, respectively, both in the discipline of Mechanical Engineering. He also obtained an M.S. degree in Mechanical Engineering and Applied Mechanics from the University of Pennsylvania, Philadelphia, in the year 2001. He has worked as a Researcher in the India Science Lab, General Motors R&D, during 200507. In 2007 he joined IIT Madras, where he teaches courses on mechanical design, mechanisms, and robotics. His research interests include Theoretical and Computational Kinematics, Parallel Manipulators, Design of Socially Relevant Products, and Symbolic Computations. He has served as the Secretary of the Association for Machines and Mechanisms during 200813, and is the Vice President of the organisation since 2021. He also represents India in the IFToMM Technical Committees on Computational Kinematics as well as Robotics and Mechatronics. He serves as an Associate Editor in the journals Mechanism and Machine Theory , Sadhana , and Robotica .

Inhalt

Design and Analysis of Flexure-Based Screw Mechanism.- Transient Analysis of a Sigmoid Functionally Graded Material Hyperboli Paraboloid Shell Panel under Thermo-Mechanical Loading.- Design Analysis, Motion Control Study and Development of an Autonomous Robot for Glass Canopy Cleaning.- Predicting the reliability of tig weld joint of aluminum alloy using soft computing approach.- Distributed Control for Differential Drive Autonomous Wheeled Mobile Robot.- Streamline's Shape Theory: A Mathematical Validation for Newtonian Fluid Flows.- Model Analysis and Experimental Investigations of Fiber Metal Laminated Composite Structures.- Numerical and Experimental Analysis of Active Vibration Control in Aluminium Structural Plates Using PVDF Patches.- Grasping Force Estimation based on EMG.- Strength Evaluation of 3D Concrete Printed Layers using In-situ Parameters Monitoring.- etc.