International Journal of Engineering and Management Research
Not a member yet
1311 research outputs found
Sort by
TravelGo Tour Management System
Get PDFThe tech-savvy consumer of today has high standards for the customer experience and booking of travel. According to research, online travel booking businesses struggle to convert leads and have the highest rates of cart abandonment. Therefore, to draw in potential clients, turn leads into sales, and differentiate yourself in a market as crowded as the travel sector, it is crucial to have an appealing, interesting, and user-friendly website. Travel websites are now required to bet on innovation, multi-channeling, and the newest web development trends to stay competitive in the tourist industry due to the quick change of customer behavior. Users who use websites as informational resources to organize their vacation look for a streamlined approach and experience. Before making a reservation, the tourist tries to examine various rates and holiday types to determine which is the best and most comprehensive option. The traveler makes his purchase after doing research and exploring various informational sources, such as websites for travel and vacation destinations. Websites must comply with fundamental web development requirements in order to earn the trust of visitors if they don\u27t want to be ignore
One Digital Platform to Seek Quality Education for Everyone
Get PDFThe primary goal of this digital educational platform is to deliver high-quality educational possibilities to people looking for a degree or similar graded programs, tuition classes, and postgraduate programs provided by universities internationally and nationally. Furthermore, by advertising on our web platform, educational institutions will be able to improve the popularity of their courses and services. There will also be the opportunity to donate financial contributions to campaigns or organizations that will help persons in need of educational assistance. In addition, our development team proposed an idea about a component called volunteer support, which allows users to join up as volunteers for specific organizational initiatives that promote educational campaigns. There will also be several account types for system administrators, users searching for services, and organizations promoting educational programs and volunteer opportunities. The account\u27s capabilities differ depending on the type of user account. The primary objectives of this thesis are to provide the concept of a system that simplifies the process of locating and advertising educational needs, opportunities, and services while providing a way to help people in need of a helping hand
Effects of Temperature on the Rheological Properties of Rice Husk Modified Bentonite Drilling Fluids
Get PDFIn this study, water base drilling fluids were developed using bentonite clay and rice husk. The pure and blends of bentonite clay and rice husk as specified by samples A with (pure bentonite), B (with pure rice husk), C (1:1 of rice husk to bentonite) and D (2:1 of rice husk to bentonite) were characterized using X-ray diffraction (XRD) and Fourier Transform Infrared (FTIR). The XRD result of the samples showed that samples C and D both contains montmorillonite as mineral with the most intense peak at 5.887o. Samples A and B contain Quartz, and Montmorillonite respectively with the most intense peak at 2Ө value of 26.642o, 31.578o, 5.887o, 26.624o and 26.627o respectively. The results show strong interaction between sample A and C. FTIR results of samples A, B, C and D showed number of bands/peaks of 13,9,13 and 14 respectively and showed high level of interaction between pure and blends of the samples were with 14 peaks/bands each. Five water base drilling fluid samples produced using standard laboratory barrel (350 ml) method from bentonite and water with addition of rice husk in different proportion were investigated. The rheological properties (plastic viscosity, yield value, gel strength) of the samples were measured at different temperatures, using FANN 35 viscometer while the pH and density values were measured using pH meter and mud balance respectively. The pH values of all the produced drilling mud samples were alkaline (>7.0), close to the neutral value. Increase in temperatures bentonite drilling mud modified with rice husk does not have negative effect on the rheological properties of the drilling mud. The rice husk could be used as a viscosifier in the drilling mud for being capable of improving the viscosity of the mud at higher temperature
Temperature Guidance Making to Utilize the Rice Production
Get PDFRice is Sri Lanka\u27s most popular staple food, and paddy cultivation is one of the country\u27s primary industries, with a substantial impact concentrated in a few large regions. Paddy farming in sri lanka faces several environmental, economic, and human issues. One of the driving factors that directly impact paddy production is temperature. Every stage of the rice plant will be affected by temperature between seeding and harvesting. Rice plants will be positively affected between specified temperature ranges; otherwise, the temperature would have a negative impact on paddy harvest. Using multiple linear regression as a technique, temperature guidance was created using numerical weather prediction (nwp) data and the r programming language to provide temperature forecasts. Numerical weather prediction (nwp) is a method of forecasting the weather based on initial weather conditions by using mathematical models of the atmosphere and oceans. The numerical integration of the governing equations with an initial condition provided by meteorological measurements is used to calculate the time evolution of the atmospheric circulation. With the help of identifying of the relationship between temperature and rice harvest using some acceptable methods, it will make some sense in future research when creating temperature guidance
Brick Masonry Components Exposed to Aggressive Environment: Mechanical Behavior and Properties - An Experimental Investigation
Get PDFDeterioration of porous materials lead to severe damage in buildings. Salt weathering being the most common deterioration mechanism in porous materials which is related with the growth of crystal and pressure inside the pores of the materials associated with masonry. However the study on effect of salts on behavior of masonry as a whole unit and their individual components have not been elucidated for Indian conditions and only limited knowledge is available on deterioration of mortars which is the binder of brick masonry. This paper presents primary investigational study on components of masonry made of burnt clay bricks and cement mortar at joints in order to assess the damage induced by salts (sulphate and chloride). With this as aim, specimens were prepared in laboratory and were subjected to accelerated weathering conditions of different durations in sodium chloride and magnesium sulphate solutions which are the most common salts of attack in brick masonries when the environmental ambiance is strongly aggressive, either acidic or alkaline or in presence of sulphate and chloride produces physicochemical external attack and alterations in their integrity. Relevant studies have also been performed in the field by other authors, but in the study, conventional mortar mixes are manufactured and their behavior in aggressive environments. Certain mortar properties related to their behavior such as density, compressive strength, water absorption and porosity are analyzed for their disruptive effects. The paper presents the results obtained by the exposure of brick masonry and its components for a total duration of 14 weeks exposed to aggressive environment. Variation in mechanical properties of brick and its components were observed as the concentration of salts increased in the simulated environment created artificially in laboratory
Metamorphosing Indian Blockchain ecosystem
Get PDFA blockchain is a decentralised database that is shared across computer network nodes. A blockchain acts as a database, storing information in a digital format. The study primarily aims to explore how in the future, block chain technology will alter several areas of the Indian economy. The current study aims to obtain a deeper understanding of blockchain technology\u27s idea and implementation in India, as well as the technology\u27s potential as a disruptive financial technological innovation.
Secondary sources such as reports, journals, papers, and websites were used to compile all the data. Current and relevant information were utilised to help understand the research goals. All the information is rationally organised to fulfil the objectives. The current research focuses on recommendations for enhancing India\u27s Blockchain ecosystem so that it may become one of the best in the world at utilising this new technology
Suitability of Saw Dust Ash and Quarry Dust as Mineral fillers in Asphalt Concrete
Get PDFThis study attempts to justify how suitable a conventional mineral filler and a non-conventional mineral filler can replace fractions of the aggregates in an asphalt concrete in order to reduce cost and encourage reuse of waste materials. Asphalt concrete mix proportions were generated with 3% Quarry Dust and 3% Saw Dust Ash replacements of aggregates. The binder contents were 3, 4, 5, 6 and 7% for a 60/70 penetration grade asphalt binder. Briquette specimens were formed using the asphalt concrete mix proportions carried out. Standard laboratory experiments were carried out on the aggregates, Quarry Dust, Saw Dust Ash, bituminous binder and asphalt concrete specimens based on the relevant codes and standards. The Marshall method was used for the asphalt concrete design procedure. The optimum binder content was found to be 4.85% using the standard Marshall curves. At optimum binder content, using 4% design air void for medium traffic and maximum aggregate of 10mm, the Stability, Flow, VMA and VFA were 5.83kN, 15.73(0.25mm), 15.28% and 73.25% respectively. These were within the Asphalt Institute design criteria
Theoretical Estimation of CO2 Compression and Transport Costs for an hypothetical Carbon Capture & Storage requalification of the Saline Joniche Power Plant Project
Get PDFSEI S.p.a. presented a project to build a 1320 MW coal-fired power plant in Saline Joniche, on the Southern tip of Calabria Region, Italy, in 2008. A gross early evaluation about the possibility to add CCS (CO2 Capture & Storage) was performed too. The project generated widespread opposition among environmental associations, citizens and local institutions in that period, against the coal use to produce energy, as a consequence of its GHG clima-alterating impact. Moreover the CCS (also named Carbon Capture & Storage or more recently CCUS: Carbon Capture-Usage-Storage) technology was at that time still an unknown and “mysterious” solution for the GHG avoiding to the atmosphere. The present study concerns the sizing of the compression and transportation system of the CCS section, included in the project presented at the time by SEI Spa; the sizing of the compression station and the pipeline connecting the plant to the possible Fosca01 offshore injection site previously studied as a possible storage solution, as part of a coarse screening of CO2 storage sites in the Calabria Region. This study takes into account the costs of construction, operation and maintenance (O&M) of both the compression plant and the sound pipeline, considering the gross static storage capacity of the Fosca01 reservoir as a whole as previously evaluated
Advanced Control Strategies for Rotary Double Inverted Pendulum
Get PDFThis paper presents the stabilization control of the rotational double inverted pendulum system. It is generally a non-linear, non-minimum phase, unstable, and underactuated system of high order. It has some significant real-life applications such as position control, aerospace vehicle control, and robotics. The objective is to determine the control law to the motor’s output torque such that the inverted pendulum motion will be stabilized about a vertical axis and position the rotary arm to a commanded angular position. In this study, multi-PID controllers, Linear-Quadratic Regulator (LQR), and Internal Model Control (IMC) controllers are designed and MATLAB-based simulations are performed to understand and compare the performance of the three control schemes
Possibilities of Metaverse: The Second Life
Get PDFMetaverse because the latest nonsensicality has attracted nice attention from each business and domain. Metaverse seamlessly integrates the important world with the virtual world and permits avatars to hold out wealthy activities together with creation, display, diversion, social networking, and mercantilism. Thus, it is promising to make an associate degree exciting digital world and to rework a more robust physical world through the exploration of the metaverse. during this survey, we tend to dive into the metaverse by discussing how Blockchain and AI (AI) fuse with it through investigation of the progressive studies across the metaverse elements, digital currencies, AI applications within the virtual world, and blockchain-empowered technologies. more exploitation and knowledge base analysis on the fusion of AI and Blockchain towards metaverse will certainly need collaboration from each domain and industry. we tend to would like our survey will facilitate researchers, engineers, and associate degreed educators to build an open, fair, and rational future metaverse