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Your search keyword '"Chede, Bharat"' showing total 20 results
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20 results on '"Chede, Bharat"'

1. Improvement in Machining Ability of Tungsten Carbide Tool Insert Through Microwave Hybrid Heating During Turning of EN 24 Steel

Author

Jhodkar, Durwesh, Karanjekar, Somadatta, Shrivastava, Parnika, Mahobiya, Vijayshri, Chede, Bharat, Kacprzyk, Janusz, Series Editor, Gomide, Fernando, Advisory Editor, Kaynak, Okyay, Advisory Editor, Liu, Derong, Advisory Editor, Pedrycz, Witold, Advisory Editor, Polycarpou, Marios M., Advisory Editor, Rudas, Imre J., Advisory Editor, Wang, Jun, Advisory Editor, Rawat, Sanyog, editor, Kumar, Arvind, editor, Raman, Ashish, editor, Kumar, Sandeep, editor, and Pathak, Parul, editor

Published
2025
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2. Design development of flywheel profile of thresher using FEM.

Author

Choudhary, Swapnil, Karanjekar, Somadatta, Chede, Bharat, and Taksande, Chandan

Subjects
THRESHING machines, SIMPLE machines, FINITE element method, AGRICULTURAL equipment, AGRICULTURAL processing
Abstract

This study focuses on enhancing the flywheel design in an effort to enhance the performance of the multi-crop thresher machine. The thresher machine is a specific piece of agricultural machinery used to prepare various kinds of crops. The research examines the optimization of the flywheel component in an effort to raise the overall productivity and efficiency of the thresher machine. The optimization procedure includes both creating a CAD model of the thresher and running a flywheel-focused finite element analysis (FEA). Design adjustments, material selection, and performance assessment are the three main pillars of the optimization strategy. Along with energy transfer efficiency, mass optimization of the flywheel is focused to reduce the overall weight of the thresher machine. The results of the study contribute to the development of more useful and effective agricultural machinery, notably the multi-crop threshing machine. Due to flywheel modification, the thresher machine operates substantially better. Additionally, the mass optimization of the flywheel makes the thresher machine lighter and simpler to transport and use. With these enhancements to the thresher machine's optimization, crop processing operations for a range of crops are more productive and efficient. [ABSTRACT FROM AUTHOR]

Published
2024
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17. Wall Climbing Glass Cleaner Robot

Author

Donode, Manish, primary, Bramhankar, Shubham, primary, Ansari, Mohammad Meraj, primary, Ahmad, Sabbir, primary, Chede, Bharat, primary, and Choudhary, Swapnil, primary

Published
2021
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18. Design of Smart Bin for Waste Management

Author

R.Yadav, Ashish, primary, N.Chahakar, Shreekrushna, primary, S.Singh, Satya, primary, C.Bisen, Ravikumar, primary, Y.Chauragade, Bhuneshwar, primary, Swapnil, Prof., primary, Prof., Chaudhary, primary, and Chede, Bharat, primary

Published
2021
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20. Fuzzy based approach for Temporary objective identification

Author

Chede, Bharat, Jain, C.K., Jain, S.K., Chede, Aparna, Chede, Bharat, Jain, C.K., Jain, S.K., and Chede, Aparna

Abstract

This paper presents a new fuzzy-based approach which identifies the most effective temporary objective of an enterprise, which is usually set based on the pure judgment of top management members or enterprise's experts. The method is based on fuzzy-decision-making system and makes robust utilization of enterprise's experts' knowledge, intuition and expertise. A simple illustrative example is provided to demonstrate how the method can be efficiently and effectively used in practice. The proposed approach can be used to identify the short-term objective of any profit- making-enterprise, and is specially applicable to business industries that are full of qualitative, stochastic, uncertain, and vague variables such as the case in automobile business (e.g., cars, trucks, gears, bearings etc), and is generally applicable to any other business sector. Keywords: Temporary Objectives, fuzzy decision-making-system, fuzzy expert-system

Published
2012

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