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MECHANICAL ENGINEERING DESIGN PROJECTS. FINAL REPORT. 2 | Page. PROJECT OVERVIEW. This project will address the need for a. Download latest collection of mechanical projects with pdf,ppt,project report, seminar topics and abstracts for free of cost. Students can find. Mechanical Mini Projects for all Mechanical students , mechanical . MIni Project Tiles, Mechanical Mini Project Ideas, Mechanical Mini Project Report , fabrication mini projects for mechanical engineering pdf, simple mechanical.
Best Mech topics for fabrication and auto, aeronautical projects. Mech — Abrasive Belt Grinder. Mech — Air Leak Detector. Mech — Air Pollution Monitor.
Mech — Automatic Board Cleaner. Mech — Automatic Bottle Filling System.
Mech — Bottle Washing Machine. Mech — Automatic Dimensioning Machine. Mech — Automatic Hand Break Release. Mech — Automatic Lamination Machine. Mech — Automatic Lubrication Machine.
Mech — Automatic Metal Crack Detector. Mech — Automatic Musical Water Foundation.
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Mech — Automatic Pneumatic Printing Press. Mech — Automatic Pneumatic Grinding Machine. Mech — Automatic Pneumatic Vulcanizing Machine. Mech — Automatic Power Saving Conveyor. Mech — Automatic Rain Operated Wiper.
Mech — Automatic Road Curve Finder. Mech — Automatic Spring Rolling Machine. Mech — Automatic Temperature Controlled Fan. Mech — Automatic Visitor Guided Robot. Mech — Beans Sheller Machine. Mech — Bucket Wheel Escalator. Mech — Cam Operated Valve. Mech — Catellite Converter For Automobile. Mech — Coin Based Water Dispenser. Mech — Conveyor For Quality Control. Mech — Cylindrical Grinding Machine. Mech — Cylindrical Tapping Machine.
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Mech — Eccentric Brick Breaker. Mech — Eccentric Pipe Cutting Machine. Mech — Eccentric Punching Machine. Mech — Eccentric Shear Cutting Machine. Based on the output of the PotentialMap program, the runBrushFireMap causes the robot to move from its start point to its endpoint. For our simulation we have used a for loop to get the robot moving along its PotentialMap path of shortest cost from the start to end.
At each grid point, it checks to see if endpoint has been reached, if not it keeps moving along its PotentialMap shortest cost path. We were able to obtain successful test trails in some of the BrushFire simularions but not all. Some of the problems arose to the programming complexity for the algorithm and due to the local minima problems of the BrushFire algorithm.
The following are screen shorts of our BrushFire Simulations which enables the robot to move from start point provided by the cfg file to endpoint specified in the code. We started out by using simpler jpg images for testing as shown: Fig BrushFire Navigation Eventually we progressed to more complicated scale model representations of our RISE Lab workspace and more realistic model-type obstacles placed within that workspace.
In almost all of these simulations the robot was able to determine the shortest cost path to its end point specified. However, perhaps making the obstacles as models within the cfg file or for some other reason the BrushFire algorithm almost always crashed during more challenging test runs. There were not only logical problems in implementation of the algorithm but also the test constraints which became a significant hurdle in the way. Chapter 2: Chapter of Literature Review.
It evaluates the current work with the previous one.
It depicts the current implementations that overcome the previous problems and limitations of the project, and draws the attention and focus on the foreknowledge work that would be conducted based on the ongoing work at present. It must be clear and simple to understand.
Chapter or 5: These chapters describe the overall in-depth information about the project. The appropriate information should always be accompanied with pictorial representations, tabular demonstrations, diagrams, flow charts, visible graphs, Images, photos other representations and depictions of the project, along with simulation results with good resolution and clarity. Conclusion and Recommendations The conclusion and recommendations part summarizes the whole report by highlighting all the chapters and their significance and the importance of the project and about the achievements.
The Recommendations are interlinked with conclusion. The conclusion drawn from the project report can be further implemented in the recommendation section to overcome the constraints of the project.
Referencing and Appendices The project report must be considered as a very standard report, and therefore, it should follow all rules, guidelines and protocols of gathering and presenting information, and implementing that and drawing conclusions out of it.
All these activities require appropriate and authentic sources of information and that particular information must be referenced or cited according to the copyrights and other guidelines. Therefore, to make the report original, it should be free from plagiarism and must follow standard citations and guidelines of citations to represent the reference names. The appendices of a project report should be written in Times New Roman format of font size 10, and it should contain the information which is appropriate and added to the main text like Embedded C program code, raw data, and so on.