Dr. Thiagarajan Yogamoorthi

• Doctor of Philosophy
• Professor (Associate) at Christ College of Engineering & Technology

Abstract— In the present study, a 3 chambered Microbial Fuel Cell has been designed and adopted. Equal volume of waste water, salt water and potassium permanganate are used in the three chambers where graphite plates are used as electrodes at both ends. The system is operated for a single cycle covering a period of 24 hrs taking domestic waste...

This paper focuses on the renewable energy system PV (Photo Voltaic) Cell in stand alone model. The system consisting of solar PV cell, DC-DC Boost converter, and inverter coupled to the load system. An 18V photovoltaic cell and a DC-DC boost converter is designed for the purpose of boosting the PV cell output voltage. The advantage of using the pr...

Artificial Intelligence (AI) innovations in digital health offer unprecedented opportunities to facilitate human health and provide tools and techniques that reduce overall costs. This book discusses the use of AI to improve diagnostic accuracy, patient monitoring, the use of remote diagnostic tools, identification of life-threatening diseases, med...

The title of our book is AIoT Innovations in Digital Health: Emerging Trends, Challenges, and Solutions. Our book mainly focuses on the techniques of green computing, big data, AI, IoT, machine learning, deep learning, fuzzy logic, ANN, and optimization techniques that can be used in digital healthcare industry. However, this proposed book offers n...

Microbes are the powerhouses of Microbial fuel cells (MFCs). The present report is the offshoot of research undertaken on the use of cow dung slurry for electricity generation. Since bacterial consortia are the driving force in MFCs, bacterial communities present in cow dung slurry and on the biofilm of the electrodes were screened by Matrix-assist...

Traffic congestion, energy efficiency, and environmental issues are fueling the interest in light vehicles. This project focuses on the design of personalized vehicles powered by manual loading. Human-powered vehicles are attractive because of their low cost, ease of use, lightweight, and eco-friendliness, and they deliver an exercise experience th...

According to research findings of many peer-reviewed studies, up to 90% of household items may be made of plastic. But nowadays, just a small portion of plastic waste is recycled. Plastic pyrolysis and polymer breakdown are environmentally hazardous. Processing is, therefore, necessary for recycling. Plastics are constantly being manufactured and r...

A methodology for solving profit-based short-term hydrothermal self-scheduling (SHTSS) in a restructured power system is discussed in this paper. The idea behind hydrothermal scheduling is to minimize the fuel cost by considering the legal system constraints. The SHTSS problem is solved by an intelligent algorithm, namely Improved Teaching Learning...

In day-to-day life, all could witness the odor of scattered garbage and unkempt garbage bins because there is no proper time interval schedules and routines, which results in garbage overflow. It also creates hygienic problems, land pollution, and landscape unpleasantness. This scenario demands a system that observes the garbage bin status and prov...

Nowadays, wind generators can supply more electric energy for standalone and grid-connected applications. This investigative work emphasizes a new optimal control method design to achieve the Maximum Power Point Tracking (MPPT) using Variable Speed Wind Turbines (VSWTs) termed MPPT-PWM. The VSWT output is initially coupled with a Permanent Magnet S...

In the thermoelectric materials, direct vitality transformation is accomplished by the Seebeck impact and the Peltier impact. Thermoelectric cooling generally alludes to cooling innovation through thermoelectric coolers, which have compensation of high consistency, no powerful mechanical parts, conservative in size and light in weight, and no worki...

The current invention relates to the technique of providing a medium to transfer cultures and bacteriological samples from one container to another without any contamination of specimen during the process. An inoculation loop consisting a long piece of wire wound at one end, are used to carry bacteria or cultures from one container to another. The...

Soft Magnetic iron powder material and electromagnetic devices based on it underwent prominent development. Basis for soft magnetic composites is tightly packed iron powder using a die into a solid material. However, the properties will in most cases be different from those obtained from compaction and machining process. This paper addresses the de...

A Lightning Arrester for Domestic Appliances (LADA) configured to divert lightning surge from reaching installed devices in a domestic electrical circuit is disclosed. Configured to be installed on the load side, the arrester disconnects the load from the mains supply when a lightning surge strikes, wherein it further provides a least resistant and...

A non-isolated three-port DC-DC converter for low-power applications is proposed. This type of framework can be used in conjunction with photovoltaic cells.

URL https://www.lcv.fee.unicamp.br/images/BTSym-19/Papers/066.pdf In day-to-day life, all could witness the odor of scattered garbage and unkempt garbage bins, because there is not proper time interval schedules and routines, which results in garbage overflow. It also creates hygienic problems, land pollution, and landscape unpleasantness. This sce...

EN) The invention relates to a sanitary napkin dispenser. More particularly, the invention relates to a sanitary napkin dispenser, which is capable of informing concerned authorities if the dispenser is vacant. The sanitary napkin dispenser functions when a coin is dropped into the dispenser, said dispenser comprises of an IR sensor for detecting d...

The invention relates to a sanitary napkin dispenser. More particularly, the invention relates to a sanitary napkin dispenser, which is capable of informing concerned authorities if the dispenser is vacant. The sanitary napkin dispenser functions when a coin is dropped into the dispenser, said dispenser comprises of an IR sensor for detecting dropp...

The invention relates to an efficient microbial fuel cell. More particularly, the invention relates to enhancing the potential of electrodes to harness sustainable electricity, Multi walled Carbon Nano Tubes (CNTs) coated stainless steel mesh-200 (SSM) electrode was prepared SEM images of CNT coating and bacterial colonies on electrodes are present...

The objective of this work is to study the application of intelligent luminaires, in Smart Cities, in which it is intended to develop and study intelligent luminaires in a given situation or area of the city; such as an ecological park, with lighting, Wi-Fi, security cameras, and motion sensors to enable the reduction of energy / cost of this servi...

Certificate from the Smart Energy and Renewable Resource 2019

Operation research concepts can help healthcare facilities with unplanned situations, crisis, and handling of supplies, utilities, and strategies. A methodology for dealing with the Man-Hour (MH) distribution in a cellular type Healthcare Organization (HCO) is introduced, and its goal is to maximize the use of resources and workforce. The problem i...

Mathematics is a discipline much feared by most students in schools. Handing out strategies to demystify this discipline through interdisciplinarity, that is, to show how mathematics can be used in other branches of knowledge is our goal. Thinking about this issue, we developed the POEMATHICS Project as an alternative activity for the teaching of m...

This paper is dealt with conduct of experiments in Microbial fuel cell to find optimum electrode spacing for enhanced and sustained electricity generation. Besides, cow-dung fed MFCs is not subjected to cyclic-voltametric studies to evaluate their efficiency so far. Therefore, cyclic-voltametric study is also included for the first time in cow dung...

An investigation is carried out for the evaluation of the performance of Microbial Fuel Cell, which is designed and operated under specific parameters. The experimental study has been extended about 45 days cycle and brought out four essential findings. Firstly, cow dung slurry ratio 1:10 is found to be suitable for harnessing sustained power gener...

An investigation is carried out for the evaluation of the performance of Microbial Fuel Cell, which is designed and operated under specific parameters. The experimental study has been extended about 45 days cycle and brought out four essential findings. Firstly, cow dung slurry ratio 1:10 is found to be suitable for harnessing sustained power gener...

Microbial fuel cell

Operation research concepts can help healthcare facilities with unplanned situations, crisis and handling of supplies, utilities, and strategies. A methodology for dealing with the man-hour (MH) distribution in a cellular type health facility is introduced, and its goal is to maximize the use of resources and workforce. The problem is modeled via l...

Mathematics is a discipline much feared by most students in schools. Handing out strategies to demystify this discipline through interdisciplinarity, that is, to show how mathematics can be used in other branches of knowledge is our goal. Thinking about this issue, we developed the POEMATHICS Project as an alternative activity for the teaching of m...

Some of the recent applications in the field of the power supplies use multiphase converters to achieve fast dynamic response, smaller input/output filters or better packaging. Typically, these converters have several paralleled power stages with a current loop in each phase and a unique voltage loop. The presence of the current loops is necessary...

This paper presents a MATLAB – SIMULINK based Dynamic model of a combined cycle stand alone gas power plant the transfer function model of load frequency and temperature control loop has been developed. The objective of this proposed work is to regulate the frequency and temperature in order to maintain the system stability of the power plant. Sinc...

This paper presents the efficient voltage regulation of stand-alone photovoltaic cell for ac voltage application using fuzzy logic controller. The system containing solar PV cell, DC-DC boost converter and inverter coupled to the load system. In this work a 18 V photovoltaic cell is designed. A DC-DC boost converter is used for boosting of DC volta...