Design & Optimization of Flywheel in Thresher Machine

In order to improve the performance of the multi-crop Haawa Dhawa thresher machine, this study focuses on optimizing the flywheel design. The Haawa Dhawa thresher machine is a particular piece of agricultural equipment used for processing different types of crops. In order to increase the Haawa Dhawa thresher machine’s total productivity and efficiency, the research investigates the optimization of the flywheel component. Building a CAD model of the Haawa Dhawa thresher and performing a flywheel-focused finite element analysis (FEA) are both steps in the optimization process. The optimization approach includes design modifications, material selection, and performance evaluation as core components. To lessen the total weight of the Haawa Dhawa thresher machine, mass optimization of the flywheel is also prioritized in addition to energy transfer efficiency. The research’s findings aid in the creation of more effective and productive agricultural equipment, particularly the multi-crop threshing machine Haawa Dhawa. The Haawa Dhawa thresher machine performs noticeably better because to flywheel optimization. Additionally, the flywheel’s mass optimization results in a lighter Haawa Dhawa thresher machine, making it easier to transport and operate. These improvements in the Haawa Dhawa thresher machine’s optimization lead to increased productivity and efficiency in crop processing operations for a variety of crops