Banasthali University, Rajasthan, India Dr. professor and researcher Universidad ORT Uruguay [email protected] dr. Principal / Head of Institutions, HKBK College of Engineering Bangalore, Karnataka. London College of Research, 43 West Street, Reading, RG1 1TZ, United Kingdom Dr. College of Computing Sciences & Engineering Kuwait University. Siddhartha Group of Institutions, Hyderabad, India Prof. Guru Nanak Engineering College, India Dr. T.J.P.S COLLEGE, Guntur, Andhra Pradesh, India Dr. Roy Engineering College, West Bengal, India Dr. Dungarpur College of Engineering and Technology, Dungarpur, Rajasthan, India.
Salman bin Abdulaziz University, Kingdom of Saudi Arabia, KSA Dr. Professor of steel structures and structural design University of Naples 'Federico II'. Bharat Institute of Engineering & Technology, Hyderabad, India Dr. Osmania University, Telengana, India Dr. California South University, Irvine, California, USA Dr. Govt.Polytechnic College, Bikaner, Rajasthan, India Dr. Ismail Rakip Karas Associate Professor. Demir Celik Campus, 78050 Karabük, TURKEY Dr. Padmabhooshan Vasantraodada Patil Institute of Technology, Budhgaon, India Prof. CMR Technical Campus Campus, Hyderabad, India Dr. Orissa Engineering College, Bhubaneswar, Odisha, India Dr. Amity University Haryana, Gurgaon, India Dr. R M K College of Engineering and Technology Chennai, India.
Babylon City, HIILA, IRAK [email protected] Dr. Nehru College of Engineering and Research Centre, Thrissur, Kerala, India Dr. Alle rechten voorbehouden Dr.P.Srinivasa Rao. Centurion University of Technology Management, R.Sitapur, Odisha, India Dr. Ubiquitous MEMS en Micro Engineering Center.
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ABSTRACT
INTRODUCTION
MATERIAL AND RESEARCH METHOD 1 Material Identification
- Flow Chart
Optimization of Bucket Tooth Excavator Design using Topology Optimization and Finite Element Method
Sumar Hadi Suryo, Rachmat Suryadi Sastra *, Muchammad, Harto
International Journal of Emerging Trends in Engineering Research
- RELATED WORK
In this paper, the control of household appliances using Google voice assistant is provided with Node MCU controller to control the loads using relay. In this paper, the sensor data is monitored, when the sensor data is high instead of the threshold level, the Arduino has sent a signal to the MCU Node, then it will send a warning email. The objective of this paper was to propose a cost-effective voice-activated home automation (Google Supporter) that controls general appliances found in one's home.
The solution discussed in the paper was successful with the successful implementation of Google's Powered Home automation support design. The aim of the paper is to develop an advanced home automation system using a standard web server and Wi-Fi. Machines can be turned on/off and sensors can be read via Wi-Fi using a personal computer (PC).
This can be used as a replacement for existing switches in the home that cause sparks and in some cases even lead to fire accidents. Considering the benefits of Wi-Fi, the house developed an advanced automation system to monitor the devices. Home automation design will become easier and more common as most people use smartphones today [2].
This creates a personal network in the home environment where all these devices can be interconnected and controlled using a smartphone microcontroller with Arduino. Home automation involves some degree of automatic or computerized control over certain electrical and electronic systems in a building [4].
Sriskanthan et al's work shows how a home automation system is implemented with Bluetooth. They use a host
S.H Khiyal et al.'s research suggests a home protection system based on SMS, called the SMS-enabled Wireless Home
Home Computerization Monitoring System with Google Supporter
Rudra Kumar 1 , R.Himaja Sree 2
No. 6, June 2020
2266 ABSTRACT
METHODS
Design and Development of Visible Light
Communication-based Underwater Communication System for Recreational Scuba Diving
Roy Francis Navea 1 , Mervin Japer Claveria 2
The study presents the results of modeling of a single-cylinder engine, which evaluates the influence of the diameter of the nozzle opening (dc) for fuel injection on the performance of a diesel engine (power indicator Ni, intermittent specific fuel consumption ge) and gas engine. emissions (soot, NOx, HC, CO). There are three groups of solutions that can be used to reduce emissions: engine design technology; In addition, operating mode and control technologies have played an important role in reducing emissions and improving engine and vehicle efficiency [6].
The design is directly related to the shape of the combustion chamber and the nozzle pattern [7, 8, 9]. The structure of the combustion chamber and the nozzle have a significant influence on combustion, exhaust gas production and fuel consumption. The structure of the combustion chamber and the nozzle have a significant influence on combustion, exhaust gas emissions and fuel consumption.
The structure of the nozzle and the diameter of the fuel injection nozzle (dc) are all the more important for a heavy diesel engine with low turbulence, while the mixture in the combustion chamber is regulated by the fuel injection and the geometry of the piston head. . In addition, the fuel injection pressure has a significant effect on the toxic content (soot, NOx, HC, CO) in the exhaust gases. Increasing the injection pressure is the basic development trend of the common rail fuel system, which ensures multiple injection with the desired shape of the leading edge of the basic injection speed [12, 13] and organization of the fuel distribution in the combustion chamber [7, 8].
The desired fuel injection law in each engine operating mode is formed by the change in the duration of the control pulse [7, 8, 9] and the pressure in the common rail. An increase in injection pressure is accompanied by a decrease in the size of the nozzle tip. The joint choice of spray nozzle design, injection pressure and combustion chamber parameters help to improve the specific fuel consumption by 4% [16].
Analysis of the effect of nozzle hole diameter on the characteristics of common rail diesel engines using a calculated model of a.
Analysis of the Nozzle Hole Diameter Effect to Common Rail Diesel Engine Characteristics using a Calculated Model of an
The results show that as dc increased, the average pressure and average temperature in the combustion chamber decreased. When the fuel injection pressure is increased with other modifications, including optimized nozzle geometries, engine design and other engine advances, fuel efficiency can improve. It also depends on the wave phenomenon that arises in the high-pressure line and has a considerable influence on the fuel injection process in the case of a multi-phase injection [14, 15].
This study shows the effect of direct current on the characteristics of diesel engines with a common rail fuel system.
Internal Combustion Engine
Agriculture remains the most important sector of Bangladesh's economy, contributing 19.6 percent to national GDP and providing employment to 63 percent of the population. They can get support in various farming activities, with the help of consultants and doctors through the Smart Farming System. But now, with the help of technology, anyone gets all the information related to agriculture.
Long ago, in the farming season, various pathogens in the crops cultivated in the soil, but not finding the right way to protect the crops produced from those diseases, the farmers went to the market to the pesticide sellers, they always suggested for primary. medicine and most of them. Therefore, in most cases, crop damage is often caused by the lack of proper treatment in time. After analyzing these issues, we started working with this online web application "Smart Farming System", basically from all those difficulties of farmers.
A Web Based Application for Agriculture
Bangladesh is primarily an agricultural country, where the agriculture sector plays a vital role in accelerating economic growth. The report also highlighted the fact that there are over four million landless farmers, with nearly 6.8 million farmers cultivating other people's land. To help farmers and improve the agriculture sector, we design and develop a web-based application "Smart Farming System".
Through this system, Bangladeshi farmers can learn and share various knowledge and problems they face during farming. With the recent development and promotion of affordable technological equipment [3], both large and small farmers are getting new and more accurate equipment to produce less and more. Fortunately, farmers around the world are experiencing technological advances that can help them produce more food and market it at a much more reasonable price.
The possibilities for more precise cultivation can increase yield and profit, and reduce the use of precious water and fertilizers. Therefore, we believe that the "Smart Farming System" will lead to the advancement of scientific and modern farming. In summary, this system will help farmers integrate farming in all smart ways in a single platform.
A farmer must know when to plant, when to water, when to fertilize and when to harvest. They also need to know how to protect themselves from pesticides and post-harvest. Fortunately, farmers around the world are now facing technological advances that will help them grow more food and collaborate to bring it to market at a much more reasonable price.
Smart Farming System”
