Yukesh Karki
Birmingham, UK
yxk558@student.bham.ac.uk
PhD Student in Aerospace Engineering at the University of Birmingham
About Me
Hi, My name is Yukesh Karki. I completed my Bachelor's degree in Aerospace engineering from IOE Pulchowk, Tribhuvan Univeristy, Nepal. I am driven by deep curiosity about how flight works and how air interacts with moving objects, which has shaped my interest in studying the aerodynamic challenges.
My research focuses on aerodynamics and fluid-structure interaction problems, specially in low Reynolds number flows and flexible wing aerodynamics.
Languages
Nepali (Native)English (Professional)
Education
Academic Background
PhD in Aerospace Engineering
University of Birmingham, UK
2025 – present
Bachelor of Engineering
Aerospace Engineering
IOE Pulchowk, Tribhuvan University, Nepal
2018 – 2023
Blog Posts
Welcome to my blog! Coming soon...
Research Projects
Aerodynamics of Bristled Wings
2024/03 – 2024/06
FOSSEE, IIT Bombay
Supervisor: Dr. Chandan Bose
Microscopic flying insects like thrips and fairyflies have wings with bristles that enhance aerodynamic efficiency at low Reynolds numbers. Using OpenFOAM, we numerically investigated bristled wings with 4, 5, and 6 bristles at a Reynolds number of 30 and two angles of attack, finding that increasing bristle number and decreasing bristle gap improved force coefficients by reducing flow leakage. The 6-bristled wing achieved drag comparable to a solid wing despite smaller surface area, highlighting the need for systematic studies to optimize bristled wing configurations for lift, drag, and lift-to-drag ratio.
Fabrication of Particle Image Velocimetry (PIV) Setup for Low Reynolds Number
2022/06 – 2023/03
IOE Pulchowk, Tribhuvan University
Supervisor: Asst. Prof. Neeraj Adhikari, Asst. Prof. Kamal Darlami
Bachelor thesis project involving complete design and fabrication of a PIV setup for low Reynolds number flow studies. The project included CATIA-based design, hands-on fabrication, and comparison against numerical simulations, demonstrating excellent correlation between experimental and computational results for low Reynolds number flat plate study.
Professional Experience
CAE Engineer
Yatri Motorcycles
Kathmandu, Nepal
2024/07 – 2025/06
Performed static structural and fatigue analyses alongside CFD simulations to evaluate and enhance the structural integrity and aerodynamic performance of the P2 scooter project.
Technologies
3DSSIMULIALS-DynaOpenFOAMANSYS
Key Achievements
- •Performed stifness and strength analyses for the chassis structure
- •Conducted fatigue analysis to evaluate long-term structural durability
- •Conducted CFD simulations and reviewed panel designs to enhance aerodynamic performance
Design & Simulation Engineer
Voyager Mayeen
Lalitpur, Nepal
2023/08 – 2024/03
Led research and design of advanced propulsion systems, conducting comprehensive CFD, structural, and thermal analyses. Mentored junior engineers and interns while driving innovation in propulsion technology development.
Technologies
CATIASolidWorksPythonOpenFOAMANSYS
Key Achievements
- •Designed and optimized propulsion systems using advanced CFD techniques
- •Conducted multi-physics simulations including structural and thermal analyses
- •Mentored team of 3 interns in CAD design and simulation methodologies
- •Improved design efficiency through automated Python workflows
Research Intern
Antarikchya Pratisthan Nepal
Kathmandu, Nepal
2022/10 – 2022/12
Conducted feasibility study for thermal vacuum chamber design for 6U CubeSat testing, contributing to Nepal's space technology development initiatives.
Technologies
Thermal AnalysisVacuum SystemsCubeSat Testing
Key Achievements
- •Completed comprehensive feasibility study for 6U CubeSat thermal vacuum chamber
- •Presented research poster at NAST International Space Day
- •Contributed to Nepal's first CubeSat testing infrastructure development
Volunteering & Community Involvement
VETOMAC Students' Committee
Committee Member2022
MechTRIX 2020
Volunteer2020
Academic Projects
Design of UAV and 40-seater Jet Aircraft
Flight Dynamics & Aircraft Preliminary Design
2022
Comprehensive aircraft design project covering aerodynamic analysis, performance calculations, and preliminary design of both unmanned aerial vehicle and commercial aircraft configurations.
Aircraft DesignAerodynamicsPerformance AnalysisCAD
Flow Patterns in Four Diffusers with Increasing Divergence Angle
Aircraft Propulsion
2022
Detailed analysis of flow behavior in diffusers with varying divergence angles, studying pressure recovery, flow separation, and performance characteristics critical for propulsion system design.
CFDFlow AnalysisPropulsionDiffuser Design
Conferences & Presentations
Wake dynamics of actively deforming flapping airfoils
2022
conference11th International and 51st National Conference on Fluid Mechanics and Fluid Power, FMFP 2024, Aligarh, India
Yukesh Karki, Chandan Bose
Get In Touch
Contact Information
yxk558@student.bham.ac.uk
Location
Birmingham, UK
Send a Message