Projects
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Capstone Senior Design Hydraulic Dampener for Pulsation Reduction
May 2024
The objective of this project was to design and implement a damper system that effectively reduces pulsations in hydraulic systems, improving operating efficiency and reducing wear and tear on system components. The project implemented a combination of theoretical analysis, computer simulations, and experimental testing to achieve the desired objectives. The design and optimization of the hydraulic damper are based on the analysis of fluid flow patterns and hydraulic pulsations in the system. Computer simulations will be performed to study the dynamic behavior of the damper under various operating conditions. The experimental testing involves the construction of a prototype damper and its installation in a hydraulic system. Performance measurements are going to be carried out to evaluate the effectiveness of the damper in reducing pulsations. The results should show a significant reduction in pulsations, thereby achieving the objectives of the project
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Photovoltaics
December 2023
This report examines the design of a Photovoltaic (PV) system using Panasonic EVERVOLT 370 Panels, string inverters, and microinverters for installation in Houghton, Michigan. The choice of Panasonic EVERVOLT 370 Panels is justified by their efficiency and reliability, while string inverters and microinverters are selected for scalability and performance optimization. The report transparently explains design steps, underlying assumptions, maintenance procedures, and financial aspects, providing a comprehensive understanding of the system's design, performance, and economic feasibility.
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Modeling and Simulation of a Piston Pump using AutoLev Coding
December 2023
In this paper, we delve into the intricate mechanics of a piston-crankshaft system within an internal combustion engine, employing sophisticated techniques such as multibody modeling and virtual prototyping. Our focus lies on comprehensively analyzing the motion and dynamics of this crucial engine component, shedding light on its pivotal role in converting reciprocating motion to rotary motion. Through Autolev coding and advanced simulations, we aim to provide a detailed understanding of the behavior and performance of piston pumps. By combining theoretical analysis with practical insights, we contribute to the optimization of engine designs, ultimately enhancing efficiency and functionality.
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Vibration Analysis of Side Load Washer Machine
October 2023
Our proposal outlines a thorough vibration analysis of a side load washer machine to detect and address potential vibration issues, ensuring optimal performance and user satisfaction. It includes device selection, system functionality, significance of the analysis, preliminary drawings, and methodologies used for modeling and analysis.
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Finite Element Analysis (FEA) of Body Armor
April 2023
This study examines three commonly used grades of body armor for law enforcement officers, aiming to compare their protective capabilities against ballistic threats. Testing involved various ammunition types and calibers. Results indicate that while all grades offer high protection, performance varies based on ammunition type and caliber. The findings offer valuable insights for law enforcement agencies in selecting and utilizing protective gear.