Multi-Rotor UAV: FSI Training Package

Description

FSI Analysis: CFD Simulation Training Package for 2 Projects In One Package

This UAV CFD Analysis course focuses on Drone Fluid-Structure Interaction (FSI) Simulation using ANSYS Fluent. A critical consideration in drone design is how fluid forces act on the structure—particularly the stress and displacement they produce. Failing to account for these factors during design and construction can prevent a product from earning the safety approvals it needs. Identifying both the location and magnitude of maximum stress is therefore essential.

By preparing this package, you will gain acceptable information and training in the field of Fluid Structure Interaction (FSI). Also, if you need Simple Aerodynamic simulation, Acoustic or Stability Derivative Analysis, you can purchase another package that includes this simulation.

Everything in this package is built to teach you the best approach to configuring Fluent, extracting results, and analyzing data—the core skills behind analyzing, designing, and building UAVs. Complete it, and your perspective and performance in this field will change dramatically. Inside are 2 distinct ANSYS Fluent projects spanning various UAVs, each working through Simple Aerodynamic Simulation, Acoustic Simulation, Stability Derivatives, and FSI Simulation.

For each UAV, we’ve performed an FSI simulation using ANSYS Fluent. This package features different types of UAVs designed for tactical, reconnaissance, and mapping purposes. The devices covered in this training package are:

• Taxi-Drone
• Quadcopter

The UAVs were chosen to vary in performance, operating altitude, length, wingspan, and other parameters, representing a broad range of fluid-dynamic challenges.

Through this comprehensive training package, learners will develop the expertise required to model and analyze CFD simulations for Multi-Rotor UAVs and their associated applications.