Industry 4.0 with Modern Technology Proceedings of the International Conference on Emerging trends in Engineering and Technology, Industry 4.0 (ETETI-2023)

1. Design of integrated visible light communication-free space optics under diverse climate conditions
2. Exploration of strength properties of stabilized black cotton soil using bamboo leaf as biomass
3. Response of asymmetric building under different soil-foundation conditions incorporating soil structure interaction
4. Laboratory investigation of aggregates in gardez city for road construction suitability
5. Optical absorption and FTIR analysis of ZnS/PVK nano-composites
6. Load sharing between group of two floating granular piled rafts - an analytical study
7. An integrated approach to explore the suitability of surface water for drinking purposes in Mahanadi basin, Odisha
8. A comparative performance study on fly ash based geopolymer by varying activator and class of base material
9. A smart scheduling: an integrated framework under cloud computing environment
10. Studying wind effect on high-rise building with different cross-section
11. Modelling of preforming design criteria: closed-die forging of axi-symmetrical cylindrical aluminum preforms
12. The influence of carbon content on low-carbon steel corrosion rates in water cooling synthesis
13. Effect of cross anisotropy of pavement materials on flexible pavement response subjected to various subgrade modulus
14. Performance evaluation of four-lobed powder lubricated bearing
15. Comparative seismic assessment of existing structures using P-delta effect in Indian context
16. Innovative cement-free concrete utilizing 100% recycled aggregates for sustainable construction
17. Study on effect of damage location and severity on dynamic behavior of multi-storey steel framed structure
18. Performance analysis of internal fin concentric pipe heat exchangers
19. Fault detection of rolling bearing using artificial neural network and differential evolution algorithm
20. Application of machine learning models in Mahanadi River basin, Odisha for prediction of flood
21. Hydraulic conveying through the slurry pipeline: environment-friendly safe disposal of Indian coal fly ash
22. Study and prediction of built-up land use for Bhubaneswar and its corresponding effects
23. Streamflow prediction in a river using twin support vector regression and extreme learning machine
24. Seismic stability analysis of a small scaled hill slope reinforced with geogrid
25. Role of additive and fine particle addition in the rheology of coarse bauxite slurry
26. Experimental research on the flexural strength of strengthened composite beams
27. Impact of marble powder, silica fume, and steel fiber on fresh and hardened attributes of cement concrete
28. Waste plastic management and utilization in road construction: a review
29. Seismic response analysis and evaluation of vibration control of high-rise structure
30. Heat transfer analysis during the turning process under an air-assisted water-cooling environment
31. Performance evaluation of various concrete mixes: A new mix proportioning methodology for high-volume fly ash based concrete design mixes
32. Investigation on compressive strength of ultra-high-performance concrete (UHPC) under autoclave curing
33. Study on mechanical performances of polyester composites filled with pistachio shell particle
34. Mechanical and tribological characterization of AA5083 reinforced with boron carbide and titanium diboride
35. Buckling analysis of FG plates using FEA 188
36. Skin conductance based mental stress analysis using cross validation
37. An investigation study on water quality of few lakes of Bengaluru
38. Design and implementation of a cost-effective smart dustbin for segregating wet and dry waste
39. A study on abnormal medical image classification
40. Studies on direct drop mode of atomization in a spinning cup
41. A comparative analysis on energy efficient narrow band-IoT technology
42. Investigations of the physical and antibacterial properties of vitamin e-enriched lemongrass oil nano emulsions
43. Artificial intelligence based double fed induction machine controlled pumped storage turbine – A Critical Review
44. Understanding the link between above ground biomass and vegetative indices: an artificial neural network and regression modelling approach
45. Design and fabrication of BLDC motor operated portable grass cutter
46. Rheological and mechanical properties of different types of lightweight aggregate concrete
47. On game theory integrated particle swarm optimization for crack detection in cantilever beams
48. Evaluating chloride resistance of high strength recycled aggregate concrete integrating metakaolin
49. Hydration kinetics and stability study of pure phases of cement clinker with the addition of SCMs and dopants 50. Performance evaluation of quality of service parameters of proposed hybrid TLPD-ALB-RASA scheduling algorithm in cloud computing environment
51. Design and development of concrete paver block using waste tyre rubber
52. Effect of permeability property of micro concrete on durability of concrete repair
53. Effect of wood dust filler on mechanical properties of polyester composite
54. Assessment of conservation potential of sub-watersheds in the
55. Next generation communication network using NB-IoT 296
56. Effect of agro waste ash on the mechanical properties of recycled coarse aggregate concrete
57. Evaluation of expansive soil stabilized with lime and silica fume
58. Latex Modified Steel Fiber Reinforced Concrete
59. Study of indirect tensile strength and cyclic indirect tensile modulus of fiber reinforced cement stabilized fly ash, stone dust and aggregate mixture for pavement application

Biography

Professor Srinivas Sethi is a Professor in Computer Science Engineering & Application, Indira Gandhi Institute of Technology, Sarang (IGIT, Sarang), India, and has been actively involved in teaching and research since 1997. He did his Ph.D., in the area of routing algorithms in mobile ad hoc network and is continuing his research work in the wireless sensor network, cognitive radio network, and cloud computing, Big-Data, BCI, Cognitive Science. He is a Member of Editorial Board for different journal and Program Committee Member for different international conferences/workshop. He is a Book Editor of four international conference proceedings published in Springer and Taylor & Francis. He has published more than 80 research papers in international journals and conference proceedings. He completed eight research and consultancy projects funded by different funding agencies such as DRDO, DST, AICTE, NPIU, and local Govt. office. He has delivered more than 125 talks as keynote speaker, resource person in different international and national conferences/workshops, conducted by different important national reputation institutions such as SAG group of DRDO, New Delhi, JNTU GV College of Engineering Vizianagaram, Pt. Rabishankar Sukla University, Raipur, CSIT, Raipur, Utkal University, Bhubaneswar, etc.

Dr Mufti Mahmud’s research vision is to contribute toward a secure, smart, healthy, and better world to live in. In todays digitized world, converting the everexpanding amount of raw data to smart data, and building predictive, secure and adaptive systems aiming personalized services are essential and challenging, which require cross-disciplinary and multi-stakeholder collaborations. Toward these goals, Dr Mahmud conducts problem-driven `Brain Informatics research where he works with problem domain experts to find multidisciplinary solutions to real-world problems. Dr Mahmud’s research involves Computational, Health, and Social Sciences, and uses Neuroscience, Healthcare, Applied Data Science, Computational Neuroscience, Big Data Analytics, Cyber Security, Machine Learning, Cloud Computing, and Software Engineering and plans to develop secure computational tools to advance healthcare access in low-resource settings.

Dr. Rabinarayan Sethi is affiliated as Assistant Professor in the Department of Mechanical Engineering, IGIT, Sarang, India. He received a PhD degree. His research interests are broadly in the area of Mechanical Vibration, Machinery
Condition Monitoring, Engineering Mechanics, M/c Dynamics, Strength of Materials, and Machine Design. He has 22 years of teaching and research experience in different capacities in the Department of Mechanical Engineering. He has more than 22 research publications in various International & National journals/conferences. He received a Fellowship from Global Institute of Science and Technology, Australia, in 2012. He is Fellow of the Institution of Engineers (India) (MIE), a registered member of other national and international professional societies, like, lifetime member of the Indian Society for Technical Education, Member of the Society for Automobile Engineers India, New Delhi. He participates as an expert in a weekly Science Programe Gyana Vigyana, Doordarshan-6 (DD-6), Odia. He chaired a national and international conference session. He delivered an expert lecture on various short-term courses.

Sujit Kumar Pradhan is currently serving as an Assistant Professor in the Department of Civil Engineering, Indira Gandhi Institute of Technology Sarang, India. He holds PhD in Transportation Engineering from Indian Institute of Technology Bhubaneswar. His area of research includes pavement material characterization, pavement analysis & design, performance evaluation of asphalt binder and recycling, and geotextile and porous concrete. He has about 13 years of academic and research experience. He has published reputed international journal and conference papers and successfully completed TEQIP-III funded research and development projects. Also, he has reviewed many technical papers for various international and national journals.