Faculty Of Engineering Graduation Project 2019 - 2020

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Browsing Faculty Of Engineering Graduation Project 2019 - 2020 by Issue Date

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    Design of Semi-Automatic Palletizing Machine
    (October university for modern sciences and arts, 2020) Iskandar, Mark Adel Fikry; El Sharkawy, Saad Wagdy
    Palletizers are machines for material handling, they are used for pallets loading either for storage or before or after shipping. Pallet loads are used for mass shipping, distributing or consolidating tiny products to larger packages easy to handle. The project objective is to design and manufacture a prototype of can palletizing machine that simulate the real application for automatic machine. Data collection of a facility of cans production line will be done to collect data concerning can dimensions and weight. This collected data will be used for design purposes. The palletizing machine will save a lot of money, time and effort and insure a continuous automatic process without any obstacles. The use of pallets as a base for unit loads offers many benefits compared to un-palletized handling that result from the more efficient handling of goods. These include: • Dramatically reduced labor requirement versus manual handling • Less risk of product damage • Reduced risk of worker injury • More efficient material handling and storage.
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    Rosetta Exploratorium of Narratives
    (October University for Modern Sciences and Arts, 2020) Fahmy, Mirna Samir
    Rosetta is a city located on one of the main branches of the Nile Delta. It possesses a unique, strategic location connecting El Behera with Alexandria, and the Nile River with the Mediterranean Sea.
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    R & R Furniture Academy in Damietta
    (October University for Modern Sciences and Arts, 2020) Marzok, Mahmoud Shehata Mahmoud
    Damietta is a city that has a compelling role in the history of Egypt and the Mediterranean region. it is a port city on the Mediterranean Sea, located at the Nile river branch.
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    Enhancement of Poultry Feed Product Homogeneity
    (October University for Modern Sciences and Arts, 2020) Abd El Latief, Abd El Latief Nasr; Abd Aziz, Basel Ehab Mahmoud
    WADI Company is formed of group of different factories dealing with agriculture business industries since started on 1984. One of the factories, located in Sadat city focused on producing small granules that contains Mono-Calcium Phosphate (MCP) as a main ingredient for poultry industry which is suitable for providing poultry with calcium and phosphorus that promotes forming hard backbone and skeleton. Production of Mono-Calcium Phosphate (MCP) pass through several sequential processes using many equipment like Mixer, Dryer, Cooler, Crasher, Vibrator and other components. After testing several samples of the final product, it was found that the ratios and distribution of the Calcium and Phosphor components in the samples are not homogeneous and deviate from the standard ratios. The objective of this project is focused on improvement of the homogeneity and distribution of the calcium and phosphor ingredients in the final product by studying all parameters and factors that may create the fluctuation of their percentages. There are many factors that may affect the homogeneity of the final product such as the mixing system, the moisture percentage. So, many tests are conducted on samples taken in each stage of manufacturing processes, namely after mixing stages, after granulator and after drying processes. The testing results of samples taken at the end of the mixing process showed percentage fluctuation and non-homogeneous distribution while after drying process some of samples which contains low moisture contents showed homogeneous distribution of ingredients. When more samples of low moisture were tested, it showed better homogeneity which confirm that the drying process is the main parameter of fluctuation of Phosphorus and Calcium percentages in the final product. The improvement of the drying process was carried out by increasing the retention time of the product inside the dryer and decreasing the speed of the dryer by 15% from 2.9 to 2.46 RPM which achieved improvement in the homogeneity in the final product.
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    Business trad center in Al - Sananya
    (MSA university, 2020) Ahmed, Abd El-Rahman
    the main idea of project is the method of dividing the block in a way that correlates with the elements or zones of project and then forming the resulting locks using the modern Islamic architectural style as shown in the following picture , there is one block and then it is divided into three blocks (zones ), with are the main elements of the project tacking into account view the general location and focus on the landscape of the river area was done by placing a fourth block over the three main blocks
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    Equestrian complex
    (October University for Modern Sciences and Arts, 2020) Adel, Mina
    The multidimensional soil shape has provided flexibility to the current design and helped creating dynamic yet functional spaces which provides different special interesting experiences.
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    Design and Manufacturing a Prototype Machine for Production of 3D Printing Filaments Using Recycled Plastics
    (October University for Modern Sciences and Arts, 2020) Mohamed, Mohamed Sabri; Akawy, Wesam Ahmed
    Plastic waste has negative economic and environmental impacts. By using a suitable recycling process, it could be repurposed and reused in different applications. One of most interesting application is to produce the 3D printing filaments. This project aims to designing and manufacturing a prototype machine that used for the possibility of producing 3D printing filaments from the recycled Polyethylene Terephthalate Polymers (PET/PETE) which is widely used in water bottles. The recycled plastics will be supplied in forms of pellets which is to be fed to the machine through a hoper. The process consists of two main stages, the first stage is melting of the pellets by heating at specified temperature and then the molt will be extruded through a die which has the shape of the required filament size. The second stage is the cooling and wrapping the output filament, in which the cooling will be executed by passing the continuous filaments in a cooling liquid such as water and then exposed to two side fans to complete the cooling process and the then rapped on rolls. The output filaments will be used in a 3D printer to print tensile test specimens and some printed samples. The tensile test samples will be used to measure the properties, mainly the ductility, of the output filaments to be compared with the used filaments in the market. The production of 3D print filaments may save lot of money and insure the concepts of green manufacturing system by producing a useful product with low cost and safe for environment.
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    Web Matching System for Entrepreneurs and Investors
    (October University for Modern Sciences and Arts, 2020) Hassan, Abdallah Abdalaziz Ali
    Small and medium enterprises (SMEs) and startups are seen as a key source of economic growth, production and innovation. Nevertheless, the traditional funding sources’ supply, such as bank lending, venture capitals and angel investors, couldn’t fulfil the needed demand, resulting in the financing gap. Over time, several web platforms have come to the fore for the purpose of connecting entrepreneurs and investors together by using different systems, such as faceted search systems (FSSs) and automated investment systems (AISs). The FSSs enable investors to search for the entrepreneurs’ investment rounds by applying multiple facets and filters. The AISs automatically diversify the investors’ investments on multiple companies’ investment rounds created by the entrepreneurs. However, both of these systems have a high failure rate due to the category-driven results of the FSSs in addition to the limited offerings and the high-risk factors of the AISs. For these reasons, the proposed web platform tackles these issues by a newly developed artificial intelligence matching system using machine learning as well as natural language processing as its foundation. In which, the proposed system matches investors, entrepreneurs and partner-seekers together. The system provides intelligent data-driven matches one at a time, while continuously updating the data each time a user refuses or approves a match, leading to more attainable results. In this report, the planning, analysis and design stages of the proposed platform are introduced using the Waterfall software development life cycle (SDLC) model.
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    Reducing Variability in Ceiling Fan Blades Manufacturing Process
    (October university for modern sciences and arts, 2020) Salih, Abdalla Nagimeldin Mohamed; Kassem, Menna Ali Abd El-Hameed
    In the name of Allah, the Most Gracious and the Most Merciful, all praises to Allah for the strengths and His blessing in completing this project. This journey would not have been possible without the support of our families. To our families, thank you for encouraging in all our pursuits and inspiring us through the whole journey. We are highly indebted to Prof. Dr. Nahed Sobhi and Dr. Sameh Ahmed, our project supervisors for their guidance and constant supervision as well as for providing necessary information regarding this project. We would like to extend our sincere thanks to Dr. Mohamed Hassan who provided us with the insight and resources that helped us make this project possible. Among those who we would like to acknowledge are Eng. Mohamed Elbaready the chief officer general affairs & Boe member of El-ARABY group and Eng. Khalid Saeed the production manager for all the invaluable help and advice that they provided during this project. Finally, we would like to thank entire graduation committee specially Eng. Shrien Ibrahim for her guidance and assistance, and anyone who supported us through the years and motivated us through the whole journey
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    Investigation of Slurry Erosion Behavior of Glass Fiber Polymer Reinforced Composites
    (October University for Modern Sciences and Arts, 2020) Mohamed, Walid Mohamed Rashad; Othman, Wagih Abd-Elgwad
    Slurry erosion is a severe problem as it leads to considerable expense caused by failures, downtime, and material replacement costs. These problems are observed in fluid machineries and fluid transportations, especially in pipelines applications such as oil and gas industry, industrial drainage, water transportation, petrol pipelines, etc. Slurry erosion is dependent on several parameters such as slurry properties, service conditions, and material properties. The present work is undertaken to study the development, characterization and erosion wear performance of polyester resin reinforced with E-glass woven fiber. Focus will be on glass fiber reinforcements as the major type of fiber materials due to cost efficiency and high mechanical properties. In order to perform the desired study, a detailed literature review was performed to investigate the different types of resins, reinforcement fibers, and test conditions available for FRPs. Parameters used in the investigation: Using silica sand of 500 µm as erodent, velocities of 10.94, 13.02, 15.45, 17.01, 18.4, 18.75, 20.66, and 23.43, and angles of 15, 30, 45, 60 , 75 and 90 at constant test duration of 1.5 hours. And Erosion test was performed in each parameter with repetition factor equals 3. The results are analyzed using design of experiment approach and applying Taguchi method and ANOVA to find the best processing conductions that leads to minimum losses to the test samples using Minitab 19.
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    Archaeological Center in Tall - Basta
    (MSA university, 2020) Abd El-Fattah, Ahmed
    Architecture style in tall - basta for the same purpose building
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    Process Improvement for Poultry Feed Mill
    (October University for Modern Sciences and Arts, 2020) Shaaban, Mahmoud Mohamed; Elsayed, Mohamed Mokhtar
    WADI poultry feed factory is one of the largest poultry feeds manufactures in Egypt. It manufactures more than 10 types of feed to cover the needs of WADI GROUP own farms, in addition to selling in the local Egyptian market. Poultry feed factories are responsible for producing animal feeds from mainly raw agricultural material and some nutritional vitamins. The final products are supposed to meet certain specifications to fulfil the nutritional need for animals at different life periods. The final product for poultry is shipped in the form of pelleted feeds for the convenience of consumption. The purpose of the project is improving production rates while maintaining quality specifications of the poultry feed factory final products. The improvement approach is conducted by observing the parameters related to the main issue of productivity, followed by trials on the selected parameters. Statistical analysis is then conducted on the results of the trials to observe the effect of the parameters. The comparison between the levels of parameters is done through analysis of variance to determine the significance of the tested parameters. The improvement of parameters was conducted through the use of Minitab and design expert software. The Quality specifications of the improved productivity is measured for comparison setting a control plan for the optimal quality standards. Documentation of the analysis and experimentations is used for determining the best optimal conditions for improving the production capacity and the process line.
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    Smart School Bus Monitoring
    (October University for Modern Sciences and Arts, 2020) Alaa, Youssef
    It is vital for every school to ensure safe transportation of their students to be trustworthy, secure and to gain a good reputation. School administration need to be continuously updated of their student’s situation and avoid any accidents. However, if an accident happen they should be able to contact parents, update them in real time and tackle the problem. This is where the smart school bus monitoring takes place. Students frequently get on the wrong bus which leads them to another direction. Students also, get off on the wrong stops causing their parents to panic by not arriving on exact time and place. Moreover, parents who are not present at home may not know if their child got home or not. In addition to this, drivers could pass the speed limit which may lead to accidents or changing their routes causing the parents to worry. Not to mention that, bus driver does not identify all the students, therefore he could leave one behind. The proposed system works by giving each student an RFID tag that contains student’s information which is accessed by a microcontroller when the student enters the bus and passes an RFID card reader. In addition to this, the system uses GPS technology in order to find the bus speed and geographic coordinates of the location it is currently at and uses GSM to send SMS to parents. Then, parents can access these information through a mobile application and contact the school administration if there’s any discomfort or a problem. School administration also have access to the mobile application to monitor the bus drivers and contact them to obtain student’s safety. Therefore, the proposed system provides real time tracking of buses and provides safety.
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    Educational Center for Boat Manufaturing in Rosseta
    (October University for Modern Sciences and Arts, 2020) Nessim, Nour
    The Whole Concept is Inspired from The Struggle of How Boat Crafters Clashes With The Government to Obtain Their Legal Documents.
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    Culture & Crafts Center
    (October University for Modern Sciences and Arts, 2020) Arafa, Mohamed Mahmoud
    Inspired from our rich culture motifs and Islamic pattern by using "square and pure forms" using indirect path inspired from majaz in Islamic architecture that will contribute a unique special experience for the users
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    The Revival of Papyrus Research Center
    (October University for Modern Sciences and Arts, 2020) Yehia Sobhy Ali, Aya
    Papyrus is Green Totaly It is made of Cyperus Papyrus Plants Which Is A Fast Growing Swamp Plants.
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    Furniture Exhibition Center of Damietta
    (October University for Modern Sciences and Arts, 2020) Ismail, Hazem
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    The Sheller : Rosetta Heritage Complex
    (October University for Modern Sciences and Arts, 2020) Alaswadi, Marwa Abdelrahman
    Rosetta is one of the Egyptian cities with significant historical value. It has been through many historical eras, each era has influenced the city in some way leaving its marks on the city's heritage, architectural style, .. etc.
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    Explatorium of Narratives in Rosseta City
    (October University for Modern Sciences and Arts, 2020) Salah Abdel Hady, Amr
    The Plan Follows Centrality Regulations in Spaces as A Reference to Islamic Calture Which The City Follows Urbanely Architecturally and Interioly .
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    Design and Manufacturing of a Machine for Producing Carbon Nanotubes
    (October University for Modern Sciences and Arts, 2020) Elattar, Mariam Magdy; Bagunaid, Mohamed Abdullah
    The production and industrial applications of Carbon Nanotubes (CNTs) are recently the main concern of research in nanotechnology. The special nature of carbon combines with the atomic flawlessness of single-wall CNTs to bless them with exceptional fabric properties, such as exceptionally tall warm and electrical conductivity, solidness, quality, and durability. It is the as it were component within the occasional table which bonds to itself in an expanded organize with the quality of the carbon-carbon bond. The delocalized pi-electron given by each iota is free to move about the full structure, rather than remaining with its benefactor iota, coming about within the to begin with known particle with metallic-type electrical conductivity. Additionally, an inherent warm conductivity higher than indeed jewel is advertised by the high-frequency carbon-carbon bond vibrations. In most materials, be that as it may, due to the event of absconds in their structure, the genuine watched fabric properties such as quality, electrical conductivity, and so on are debased exceptionally altogether. For illustration, high-strength steel regularly comes up short at as it were around 1% of its hypothetical breaking quality. In any case, CNTs accomplish values exceptionally close to their hypothetical limits owing to their atomic flawlessness of structure. This perspective is portion of the interesting story of CNTs. CNTs are cases of genuine nanotechnology: they are as it were approximately a nanometer in distance across, but are atoms that can be controlled physically and chemically in exceptionally valuable ways. They discover a mind blowing extend of applications in gadgets, materials science, vitality administration, chemical handling, and numerous other areas. The main goal of this project is to develop a complete design of an Arc Discharge (AD) machine for producing carbon nanotubes (CNT's) by using deionized water and extra pure graphite multiple electrodes 99.9% pure. The advantage of this design is to increase yield of CNTs within the experimental limitations, through the increase of the number of cathodes and anodes and by using an automatic feeding system for the electrodes, resulting in lower cost production.