All accepted and presented papers will be published in the proceedings “Lecture Notes in Mechanical Engineering”, Springer (SCOPUS).
National Institute of Technology Patna is the 18th National Institute of Technology created by the Ministry of H.R.D. Government of India after rechristening the erstwhile Bihar College of Engineering Patna on 28. 01. 2004. NIT Patna
marked its humble beginning in 1886 with the establishment of pleaders survey training school which was subsequently promoted of Bihar College of Engineering Patna in 1924. This made this institute the 6th Oldest Engineering Institute
of India. The graduate level curriculum was later elevated to the post graduate level in 1978. The institute is situated on the south bank of holy river Ganges behind Gandhi Ghat, one of the most important and reverential places of
Patna. The Gandhi Ghat is associated with the immersion of ashes of father of the Nation Mahatma Gandhi in the river Ganges. The campus has a picturesque river view with historic building presenting a spectacle of architectural delight
and natural beauty.
National Institute of Technology Patna has been declared as an Institute of National Importance and has been granted a fully Autonomous Status by MHRD, Government of India. The Institute has also been declared as a Centre of Excellence of impart high level education training, research and development in science, engineering technology and humanities. It is imparting high quality education & values at UG (B. Tech), PG (M. Tech) & Ph.D. programmes through its experienced faculty well versed in their respective field of engineering an technology with well-equipped laboratories.
Papers are invited in all core areas (as well as interdisciplinary) relevant to Mechanical Engineering but not limited to the following:
Conventional design, engineering system design, pressure vessel design and modelling, traditional and computational methods in design applications and tribology, dynamics and control of thermal systems and processes, kinematics and synthesis of mechanism, linear and non-linear vibration and control, multi-body dynamics, hemodynamic, non-linear dynamics and chaos, rotor dynamics and vibration, experimental and computational methods solid and structural mechanics, FEA, contact mechanics, failure analysis and case studies, fracture mechanics, stability of solids and structures, stress and deformation analysis, structural mechanics and biomechanics.
Additive manufacturing, automation in manufacturing system, CAM, CAD-CAM , CIM, casting, forming, forging and shearing, bulk deformation processes and sheet metal forming, welding/joining processes, modelling and simulation of manufacturing processes, ceramic forming, machine tools, cutting tools, machining- conventional and non-conventional, micro manufacturing, composite materials, nano-manufacturing, functionally graded and smart materials, inelastic behaviour of materials, laser material processing, material modelling and characterization, materials behaviour, powder metallurgy, mechanics of composite materials, ceramics and polymers processing, mechanics of advanced and smart materials, creep, wear, fatigue, fracture analysis, transport phenomena in materials processing, nano-materials, phase change problems and plasticity
Industrial management, product design and development, quality control, reliability and maintenance management, supply-chain management, optimization problems, optimization management, operations research, sustainable and green manufacturing, supply chain management, stochastic modelling, defence logistics, operations management, reliability and maintenance, technology management, environment management system, decision science, TQM and six sigma, lean manufacturing, modelling and simulation of manufacturing systems and market survey.
Combustion and pollution, alternative fuels, internal combustion engines and gas turbines, aerodynamics, vehicle vibration and dynamics, electronic fuel injection, night vision technology in automobile and aerodynamic factors.
Computational, analytical and experimental fluid mechanics and heat transfer, advanced techniques in flow analysis, design and analysis of thermal systems, hydel and wind power systems, heat transfer augmentation, heat transfer in biological system, micro and nano-scale fluid mechanics and heat transfer, multiphase flow and heat transfer, CFD, energy conversion technologies, thermal hydraulics of nuclear systems, refrigeration and HVAC systems, renewable energy, transport phenomena in nano fluids, transport phenomena in porous media, viscoelasticity and fluid structure interaction.
Robotics and automation, controls in robotics, computer graphics, modelling, image processing, condition monitoring, metrology, medical devices, nano and micro electro mechanical systems, sensors, artificial intelligence, machine learning, mobile and bionic robot and navigation, automation and control, sensor, and network for under water vehicles.
Industry 4.0, soft computing, waste utilization and engineering, offshore structures and marine applications, internet of things, micro electromechanical system, applied optimization methods, hydrostatic transmissions and pneumatic instrumentation and meas urement, micro and nano mechanics, multifunctional and smart materials, recycling of materials and industrial wastes, products and recycling systems, surface design modification technologies, industrial sociology , renewable energies technology, acoustics, human vibration, nuclear engineering, biomechanics, biomedical, agriculture engineering, and work design and ergonomics.