Aerodynamics design and analysis of an RC airship using CFD simulations

Zainurin, Ahmad Daniel (2024) Aerodynamics design and analysis of an RC airship using CFD simulations. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (Full Text) Aerodynamics design and analysis of an RC airship using CFD simulations.pdf - Submitted Version Download (3MB)

Abstract

This research examines the aerodynamics of a Remote-Control Airship design in order to enhance its maneuverability and efficiency using Computational Fluid Dynamics. Through the analysis of the aerodynamic results of body configurations and propulsion system effects on the stability and control of the airship, a design that optimizes these effects for better performance in indoor observation and monitoring is proposed. An improved-lift and reduced-drag RC airship with enhanced stability and maximum maneuverability are to be designed for surveillance missions, a structure and efficiency analysis, and a working prototype. The methodology will be developed through the selection of appropriate CFD software, geometric modeling, mesh generation, definition of boundary conditions, selection of chambers to define the physical model, simulation execution, post-processing of data, model validation and verification, parametric studies, and setting of challenges and limits. The outcome will be a fair, well-optimized flying prototype of an RC airship with improved aerodynamic performance, ushering in a new and advanced prototype for more comprehensive experiments and investigations.

Actions (login required)

View Item