CFD Solutions
Aerospace
STAR-CCM+
Acoustics

UAV Performance Analysis

Multi-rotor drone efficiency optimization and noise reduction studies using advanced CFD simulation techniques.

Duration

3 Months

Compute Hours

2,400 hrs

Team Size

2 Engineers

UAV Performance Analysis Overview

Project Overview

This comprehensive CFD study focused on optimizing the aerodynamic performance of a multi-rotor UAV while simultaneously reducing noise emissions. The project involved detailed analysis of rotor-rotor interactions, wake dynamics, and acoustic signature optimization.

Objectives

  • Optimize rotor blade design for maximum efficiency
  • Reduce noise emissions by 15-20 dB
  • Analyze rotor-rotor interaction effects
  • Improve overall flight endurance by 25%

Challenges

The primary challenge was balancing aerodynamic efficiency with acoustic performance. Traditional high-efficiency blade designs often produce higher noise levels, requiring innovative approaches to achieve both objectives simultaneously.

Technical Specifications

UAV Configuration

Quadcopter, 1.2m diameter

Rotor Diameter

300mm carbon fiber

Operating RPM

3,000 - 8,000 RPM

Payload Capacity

2.5 kg maximum

Software & Tools
STAR-CCM+ 2023.1
ANSYS Fluent
ParaView
MATLAB
Python

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