CFD and AAA analysis of Gunpod on Super Mushshaq Aircraft

In this project, we will design "Gunpod" practically and will integrate it with "SMK Aircraft". The making and installation of "Gunpod" geometry on "SMK Aircraft"  will be a new innovation. We will also do  AAA and CFD analysis of gun pod on ?Super Mushak? aircraft. We will analy

Project Title

CFD and AAA analysis of Gunpod on Super Mushshaq Aircraft

Project Area of Specialization

Mechanical Engineering

Project Summary

In this project, we will design "Gunpod" practically and will integrate it with "SMK Aircraft". The making and installation of "Gunpod" geometry on "SMK Aircraft"  will be a new innovation. We will also do  AAA and CFD analysis of gun pod on “Super Mushak” aircraft. We will analyze the effect of the gun pod on the aerodynamic behavior of aircraft. We will determine the performance, stability and control attributes for the new geometry. We will use CFD to improve the aerodynamics of the gun pod which will contribute towards the better performance of the aircraft. An aerodynamically better design will result in better holding ability of the “gun pod” than before. Results will be compared with the already present work for understanding basic strategy for installing gun pod with lesser effects on aircraft aerodynamics. Installation of the gun pod will affect aircraft’s performance, stability and control which can be determined and improved using AAA software. 

Project Objectives

The objectives of our project are:

• Designing "Gunpod" geometry practically.
• Integration of "Gunpod" geometry to "SMK Aircraft".
• CFD  analysis of gunpod geometry on "SMK Aircraft".
• AAA analysis of gunpod geometry on "SMK Aircraft".

Project Implementation Method

• Literature review of Gun pod, its scope and future. 
• Developing strategy for installation 
• Developing flow equations and choosing analysis model  
• Modeling geometry and flow domain  
• Grid generation and then the simulation 
• Repeating with different models and hardpoint locations to check for results 
• Obtaining aerodynamic coefficients from CFD simulations.  
• Using AAA for stability, control and performance analysis
• Comparing results and finding a conclusion.
• Designing "Gunpod" geometry practically.
• Installation of "Gunpod" geometry on SMK aircraft.
• Documentation.

Benefits of the Project

• Addition of "Gunpod" to "SMK Aircraft" will improve the fighting capabilities of "SMK Aircraft".
• Installation of "Gunpod Geometry" on "SMK Aircraft" will equip the aircraft for Counterinsurgency operations, strafing attacks and attacking UAVs.
• A perfectly installed gun pod will help in storing, controlling and supporting a controllable moving gun unit.
• Additional firepower will be provided to SMK aircraft due to gun pod installation without occupying internal volume. When not required for a specific mission they can be omitted to save weight.
• Comparison of results with already present ideas might help in improving the installation process for other aircrafts in the future. 

Technical Details of Final Deliverable

• Results of CFD analysis for different hardpoint locations.
• Datasheets of performance, stability and control analysis.
• Making Gunpod geometry according to the required weight and dimensions.
• Selected design parameters obtained by comparison of the results. 

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Others

Other Industries

Security

Core Technology

Others

Other Technologies

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com