Archives
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Power Generation through Exercise Bicycle
Er. Monica Nikhil Deoghare
Mechanical Engineering
Year: 2019, Volume:6, Issue : 1
Pages: 1 - 4
This paper explores generating electricity through pedal power. It is not a new concept but it is no widely used. The concept of pedal generator is an efficient way to increase human awareness regarding energy conversion, energy consumption and energy loss through energy transmission.
Citation
IJIRST Er. Monica Nikhil Deoghare. "Power Generation through Exercise Bicycle" International Journal for Innovative Research in Science & Technology Volume 6 Issue 1 2019 Page 1-4 MLA Er. Monica Nikhil Deoghare. "Power Generation through Exercise Bicycle." International Journal for Innovative Research in Science & Technology 6.1 (2019) : 1-4. APA Er. Monica Nikhil Deoghare. (2019). Power Generation through Exercise Bicycle. International Journal for Innovative Research in Science & Technology, 6(1), 1-4. Chicago Er. Monica Nikhil Deoghare. "Power Generation through Exercise Bicycle." International Journal for Innovative Research in Science & Technology 6, no. 1 (2019) : 1-4. 
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Analysis of Diagrid Structural System
Akash Malik
Civil Engineering
Year: 2019, Volume:6, Issue : 1
Pages: 5 - 8
As in modern era population of metropolitan cities increased very rapidly. Due to which construction of high rise buildings is justified. High rise buildings require advance technologies in terms of structural material, vertical transportation and structural system. Mud bricks are used as structural material from ancient period. In late 19th century cast iron replace mud bricks. Structural material has developed from cast iron to reinforced concrete and steel to increase available strength. With the advancement, several types of structural system like framed structure, braced frames, shear wall, tubular structure, outrigger and diagrid were developed for high rise buildings which are the major requirement to accommodate large population of metropolitan cities. In the present study one of such structural system i.e. diagrid structural system has been studied. The high rise building having 40 storey with diagrid structural system with corner columns and without corner columns has been analysied in the present study. The objective of the study was to get the best configuration of diagrid structural system. Structural system is an important factor in the construction of high rise buildings. The aim of structural system is to transfer loads to ground efficiently. Lateral loads are dominating over gravity loads in high rise building. Hence structural system with high rigidity is required. Structural designers mainly increase the volume of structural components to increase the rigidity of structure, which reduces the usable floor area, increase dead loads and increase the cost of construction. Structural designers can reduce the volume of structural components for a required rigidity by using efficient structural system. Presently the Framed, tubular, space truss, super frame structural systems are used to construct high rise buildings. Nowadays a new system named diagrid system has been adopted as a replacement of framed structure. In diagrid system the diagonal members are designed as tress element. Diagrid structural system in unique as it resist lateral load by its axial action. Efficiency of diagrid structural system mainly depends upon angle of diagrid. In the present study the diagrid model with corner column and without corner column at various angles have been studied to find a better configuration. The analysis of diagrid structural system with corner columns and without corner columns was carried out by modeling a 40 storey building in SAP2000 at angles 30.96°, 50.19°, 60.95°, 67.38°,71.57° and 80.54° in terms of first time mode period and top storey displacement in the present study. A regular floor plan of 36m x 36m size with four inner columns at a distance of 12m from outer periphery is considered. SAP-2000 software is used for modeling and analysis. All structural members are designed as per IS 800:2007. Wind load is considered as per IS 875 (part III) for analysis of structure. From the analysis the first time mode period and top story displacement of building with corner column and without corner column has been optimized as 50° to 67° and 60° to 71° respectively. From the study, it was concluded that diagrid structural system with corner columns is better than diagrid structural system without corner columns.
Citation
IJIRST Akash Malik. "Analysis of Diagrid Structural System" International Journal for Innovative Research in Science & Technology Volume 6 Issue 1 2019 Page 5-8 MLA Akash Malik. "Analysis of Diagrid Structural System." International Journal for Innovative Research in Science & Technology 6.1 (2019) : 5-8. APA Akash Malik. (2019). Analysis of Diagrid Structural System. International Journal for Innovative Research in Science & Technology, 6(1), 5-8. Chicago Akash Malik. "Analysis of Diagrid Structural System." International Journal for Innovative Research in Science & Technology 6, no. 1 (2019) : 5-8.
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Gas Leakage Detection System
Gladney Silveira ; Sohit Prabhu; Lakshank Naik
Electronics and Telecommunication
Year: 2019, Volume:6, Issue : 1
Pages: 9 - 11
Gas leakage can cause major incidents to human injuries, fires as well as high impact on resources. To avoid such situation, a preventive inspection is important. Since gas leakage is cannot be by naked eyes due to the energy that are emitted by gas are too small to simulate by eyes, thermal imaging technology is used to detect and evaluate the severity level of the leakage. This paper presents a method for detecting gas leak using different sensors and infrared image analysis. The target region of interests is enhanced and segmented to extract the leaky regions. The image is extracted to identify the leakage. From the experimental result, it shows that this system is effective in detecting the presence of gas leaks in real industrial problem.
Citation
IJIRST Gladney Silveira, Sohit Prabhu and Lakshank Naik. "Gas Leakage Detection System" International Journal for Innovative Research in Science & Technology Volume 6 Issue 1 2019 Page 9-11 MLA Gladney Silveira, Sohit Prabhu and Lakshank Naik. "Gas Leakage Detection System." International Journal for Innovative Research in Science & Technology 6.1 (2019) : 9-11. APA Gladney Silveira, Sohit Prabhu and Lakshank Naik. (2019). Gas Leakage Detection System. International Journal for Innovative Research in Science & Technology, 6(1), 9-11. Chicago Gladney Silveira, Sohit Prabhu and Lakshank Naik. "Gas Leakage Detection System." International Journal for Innovative Research in Science & Technology 6, no. 1 (2019) : 9-11.
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Project Management & Industrial Development
V. Rama Rao ; V. Raghava Suseela; V. S. P. Vamsi; V. Venkata Srikanth; V. Durga Naga Sravanthi
Mechanical Engineering
Year: 2019, Volume:6, Issue : 1
Pages: 12 - 23
A project is an undertaking with specific start and end parameters designed to produce a defined outcome, such as implementing a new computer system. A project is a temporary endeavor, and as such is different from ongoing processes, such as a governance program or an asset management program, Project management is the discipline of using established principles, procedures and policies to successfully guide a project from conception through completion. Often abbreviated as PM, project management requires the application of those principles and procedures as well as tools and technologies to ensure that a project can be completed in a way that meets all articulated outcomes, from spending limits to end-goal objectives. The project management plan is expected to effectively and efficiently guide all aspects of a project from start to finish, with the ideal goal of delivering the outcome on time and on budget. A project plan often begins with a project charter, and it is expected to identify potential challenges in advance. Risk management is needed to anticipate and handle any roadblocks or surprises that arise so that the project keeps on schedule. Project management commonly involves overseeing teams from multiple functional areas within an organization as well as overseeing teams and workers from multiple organizations who are expected to work together for part or all of the projects duration to reach the common goal. Project managers, thus, need to be able to communicate effectively across many disciplines and inspire unity of action among many workers in order to deliver a successful project. People have been managing projects throughout history, although it was not until the mid-20thcentury that the art and science of shepherding a project from beginning to end became a formal management discipline. Industrial development is a very important aspect of any economy. It creates employment, promotes research and development, leads to modernization and ultimately makes the economy self-sufficient. In fact, industrial development even boosts other sectors of the economy like the agricultural sector (new farming technology) and the service sector. It is also closely related to the development of trade.
Citation
IJIRST V. Rama Rao, V. Raghava Suseela, V. S. P. Vamsi, V. Venkata Srikanth and V. Durga Naga Sravanthi. "Project Management & Industrial Development" International Journal for Innovative Research in Science & Technology Volume 6 Issue 1 2019 Page 12-23 MLA V. Rama Rao, V. Raghava Suseela, V. S. P. Vamsi, V. Venkata Srikanth and V. Durga Naga Sravanthi. "Project Management & Industrial Development." International Journal for Innovative Research in Science & Technology 6.1 (2019) : 12-23. APA V. Rama Rao, V. Raghava Suseela, V. S. P. Vamsi, V. Venkata Srikanth and V. Durga Naga Sravanthi. (2019). Project Management & Industrial Development. International Journal for Innovative Research in Science & Technology, 6(1), 12-23. Chicago V. Rama Rao, V. Raghava Suseela, V. S. P. Vamsi, V. Venkata Srikanth and V. Durga Naga Sravanthi. "Project Management & Industrial Development." International Journal for Innovative Research in Science & Technology 6, no. 1 (2019) : 12-23.
Abstract
