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The document summarizes a student project to design and build a wind tunnel. The wind tunnel will measure wind speed inside the tunnel and measure the drag and lift forces on a model using strain gauges. An 8051 microcontroller will collect data from sensors, control the fan speed using PWM, and display results on an LCD screen.
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Download Link (Copy URL):
https://sites.google.com/view/varunpratapsingh/teaching-engagements
Dear students,
Please download sample PPT from this section, which having guidelines for title page as well as specific about content which must be cover during your first defending for your proposed project topic and area of work.
Please be specific about your work and topic and strictly follow the guidelines.
Read all instructions carefully, follow the uniformity while preparing PPT.
Introduction/ Basics Details (Use pyramided approach to reach project topic- general discussion to specific discussion about project topic and areas)
Specific Introduction and details of Project Topic
Working with the Schematic Diagram and Figures
Literature Review (Tabular Format)
Gap Analysis
Objective Function (Specific about work)
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Parameters and range selection
Methodology (Venn Diagram)
Pert/Gantt Chart (by using MS-office/ Open Office/ MS- Excel)
Reference Setup CAD Design/ Drawing
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Details and specification of equipment’s used in calibration, measurement and data collection
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Calibration and Error Rectification
Reference Plat Testing procedure
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PPT format for first defending of B.Tech. final year project (All Branches)
Download Link (Copy URL):
https://sites.google.com/view/varunpratapsingh/teaching-engagements
Dear students,
Please download sample PPT from this section, which having guidelines for title page as well as specific about content which must be cover during your first defending for your proposed project topic and area of work.
Please be specific about your work and topic and strictly follow the guidelines.
Read all instructions carefully, follow the uniformity while preparing PPT.
Introduction/ Basics Details (Use pyramided approach to reach project topic- general discussion to specific discussion about project topic and areas)
Specific Introduction and details of Project Topic
Working with the Schematic Diagram and Figures
Literature Review (Tabular Format)
Gap Analysis
Objective Function (Specific about work)
Theory and Fundamentals
Parameters and range selection
Methodology (Venn Diagram)
Pert/Gantt Chart (by using MS-office/ Open Office/ MS- Excel)
Reference Setup CAD Design/ Drawing
Model Making
Market Survey and Bill of Material (Expected expenditure)
Details and specification of equipment’s used in calibration, measurement and data collection
Real Scale Setup Construction/Fabrication and Installation
Calibration and Error Rectification
Reference Plat Testing procedure
Testing
Data Collection
Data Analysis
Findings and Results in graphical formats
Conclusion and Future Scope
SSR_TSRPT_2
This transcript is for Irshad Ullah who is pursuing a B.Sc. in Electrical Engineering at the University of Engineering & Technology in Peshawar, Pakistan. It shows his coursework and grades from Fall 2011 to Spring 2014. Overall, Irshad has maintained above average grades with a cumulative GPA of 3.42 out of 4.0 across 107 credit hours of completed coursework. His transcript is certified by the university registrar.
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Watch the webinar recording here: https://www.youtube.com/watch?v=VU4-PN9PYDM
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Learn more about improving indoor air quality with the aid of simulation and watch the webinar recording below:
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This document contains the resume of Mohamad Atef Mohamed Khamis, an electrical power engineer. It outlines his work experience including monitoring electrical works at ST from 2014-2015 and designing solar power systems at Power Co. since 2015. It also provides details of his education such as graduating with honors in electrical power engineering from Shorouk Academy in 2014. His skills include proficiency in AutoCAD, Etap, programming, and English.
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- 1. BEng/BSc Final Year Project Department of Electronic and Computer Engineering Wind Tunnel Design Salim Alkindi Course Code: CEB, Student ID No. 351164 Supervisor: Mr H.Parchizadeh, Moderator: Dr Y. Liu Introduction The project requires the design and implements of Wind Tunnel Model. The wind speed the tunnel should be measured and displayed. Also it is required to have measurement of the forces exerted on a model inside the tunnel. What is a Wind Tunnel? A wind tunnel is a research tool used in aerodynamic research. It is used to study the effects of air moving past solid objects. The object inside the tunnel is connected various instruments that measure and record the aerodynamic forces upon it. It is research tool widely used by automobile and aeronautical manufactures and motorsport teams. Functionality + Drag or Lift Forces measured using strain gauges which are put in unbalanced bridges. + An amplifier and an ADC converter converts the voltage caused by the unbalanced bridges then send it to the microcontroller. + 8051 Microcontroller gets data from instrumentation and displays it on the LCD. Project Aims + Measure the wind speed inside the wind tunnel + Measure the Drag and the Lift forces on the model inside the tunnel + Display the results on an LCD 2009 Location: An.g A0.7 Why are they used? The aerodynamic properties of vehicles are important for numerous reasons. A vehicle that is not very aerodynamic will cause large amounts of drag. This affects the acceleration, speed (even fuel economy!) and down force of the vehicle.
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