Name of University/Institution
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Institute of Space Technology, Islamabad.
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Physical Address:
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Toll Plaza، 1 Islamabad Highway Near Rawat، Sector H DHA Phase II, Islamabad, Islamabad Capital Territory 44000
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Telephone & Fax No:
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92-51-9075100
92-51-9273310
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Department Name:
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Department of Aeronautics and Astronautics
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City:
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Islamabad
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Province:
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Islamabad
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Nominated Project Details:-
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Project Supervisor Name and Designation:
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Syed Hossein Raza Hamdani
(Professor AA)
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Contact Details:
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Email: hossein.hamdani@ist.edu.pk
Cell No. 0300-8413370
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Project Supervisor Qualification:
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PhD Fluid Mechanics
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No of Publications of Supervisors:
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20+ journals + Intl conference
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Students Name(s):
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Husna Zainab
2. Asra Imtiaz
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Students Mobile No:
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1. 0349-4293602
2. 0334-9082414
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Students CGPA
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2.19
2. 2.73
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Students Email:
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1. hussnazainab@gmail.com
2. asraimtiaz22@gmail.com
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Degree Program/ Title:
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BE Aerospace
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Area of Specialization:
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Computational Fluid Dynamics, Design
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Project Title:
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CFD analysis of High Speed Target Drone
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Project Start Date:
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September 9, 2019
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Project Finish Date:
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July 16, 2020
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Project Summary (less than 200 words)
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INTRODUCTION OF COMPLETE PROJECT:
Our major aim is to design a High-Speed Target Drone (HSTD) which is intended to address the air to defense role and training role. The system is composed of a drone with parachute recovery system and a catapult launcher. The key performance parameters include:
Range = 100 km
Endurance= 60 min
Maneuverability= 5g
Maximum speed= 0.9
Altitude= 7500 m
This project is divided into three sub-projects namely Design group, CFD group, Controls group. The results from all groups will be converged. The manufacturing is for now a bonus and will be jointly done by three groups.
INTRODUCTION TO CFD GROUP
Our group will handle the fluid dynamics part and the catapult design. The CFD analysis will be carried out on ANSYS after acquiring the data from the design group. As the design group will be working on their part, we will be learning the three-dimensional CFD modules like fluent during that time. Furthermore, our major focus will be on catapult design as it is completely separate part of the design. The launching system is as important as the drone itself. If possible, we will also move towards the manufacturing of the HSTD.
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Project Objectives:
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Project Implementation Method
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Key Milestones of the Project with Dates
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S.No.
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Elapsed time since start of the project
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Milestone
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Deliverable
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1.
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Sep 2019 to mid-Oct 2019
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Software learning: ANSYS
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Grip on software
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2.
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Mid-Oct 2019 to Dec 2019
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Catapult launcher design
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Launcher Design
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3.
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Jan-2019 to May 2020
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CFD analysis
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Final geometry
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4.
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June 2020-July 2020
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Fabrication
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Integration and scale down model (optional)
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Final Deliverable of the Project:
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(Please tick one of the following)
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Hardware System
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Software System
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HW/SW integrated system
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Software Simulation results
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Comparative Study
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Theoretical Design/Architecture
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Simulator Design
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Other Please specify
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Integrated final work demonstration with design, CFD and control groups
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Please Specify Technical Details of Final Deliverable
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CFD analysis of Standardized HSTD, catapult launcher design
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Equipment required for making prototype/working model:
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(Please indicate in tabular form the required equipment’s along with estimated cost)
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Items
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Cost
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Computer for CFD
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N/A
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Material for manufacturing
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Rs. 25000-
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Benefits of the Project
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(Please specify Direct/Indirect beneficiaries)
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The main purpose of high-speed target drone is to address the aiming practice of fighter pilots. This is going to be more effective for air defense.
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It is undertaken that the undersigned have understood the “terms & conditions” of the program, and further reiterate that, if the subject FYP is approved for funding, the disbursed funds shall be utilized as per “terms & conditions” and the undersigned will be liable to reimburse/refund the unutilized amount and other cost not approved by the IST , if any.
