Contents
What is Deneb Aero
What Deneb Aero is not
Main parts of the application
How Deneb Aero Works
Your computer and your account
The Studio on the website and the Studio in the application
From CAD to results
System Requirements
Operating system
Memory
Disk space
Processor
Browser
Network
Installing Deneb Aero
Installing on macOS
Requirements
Procedure
The application in the menu bar
Where the data is kept
Next step
Installing on Windows
Requirements
Installing with the installer
Installing from PowerShell
The icon by the clock
If the installer stops with an error
Next step
Installing on Linux
Requirements
Procedure
Starting and stopping
Where the data is kept
Next step
Updating Deneb Aero
The flight simulator
Uninstalling Deneb Aero
macOS
Windows
Linux
Opening the Download page
Getting Started
Signing In
To sign in
Sessions
Connecting This Computer
Procedure
Status of the simulation service
A computer connected to another account
The Studio
Layout of the window
Projects
Saving
Notifications
Quitting
Tutorial: Your First Analysis
Step 1: Upload the CAD file
Step 2: Check the geometry
Step 3: Enter the flight conditions
Step 4: Choose what to compute
Step 5: Set up the aircraft
Step 6: Review and launch
Step 7: Read the results
Step 8: Fly the aircraft
Running an Analysis
Preparing the Geometry
Requirements
Recommended practice
Orientation
Step 1: Upload
Procedure
Accepted files
Errors
Step 2: Geometry
The views
Geometry notes
Fields
Step 3: Flight
Fields
Checks shown below the fields
Step 4: Package
Starting points
Blocks
Half the aircraft
Step 5: Aircraft
Procedure
Multirotors
Step 6: Review and Launch
Summary
Checks
Keep the flow for
Launching
Reading the Results
Overview Tab
Key numbers
Flow view
What we found
Actions
Flow Tab
Window layout
Common settings
Particles
Streamlines
Smoke
Affected flow
Slice
Surface
Loads and convergence
Aerodynamics Tab
Charts
Coefficients table
Stability Tab
Cards
Charts
Sideslip derivatives
How much to trust it
Performance Tab
Speeds and power
On the battery
A flight on one charge
Flown in the simulator
How high it flies
Engineering Report
Buttons
Contents
Hinge moments and servos
Solution Types and Convergence
Run stages
Aircraft Setup
Window layout
Layout
Surfaces
Propulsion
Mass
Appearance
Autopilot
Building the Flight Model
Flight Simulator
Starting a Flight
Choosing an aircraft
Procedure
Leaving and ending a flight
Flying
Screen layout
Flight modes
Actions
Keyboard
A typical VTOL flight
Flight Console
Commands
Example: a mission
Wind
Tuning in the Simulator
Wing tuning flight
Hover tuning flight (VTOL)
The battery in the tuning flight
Gazebo Package
Downloading
Contents
Running it
Managing Your Work
Runs and the Queue
The run list
The analysis in progress
Controls for the whole analysis
Controls for one run
Interrupted runs
Runs added automatically
Unsteady runs
Activity
Cards
Runs
Disk Space
Choosing which flow to keep
Freeing space later
Free disk space of the computer
Renaming and Deleting Projects
Renaming a project
Deleting a project
Account
Profile
Security
Plan & billing
This computer
Deleting your account
Reference
Axes and Coefficients
Reference values
Attitude
Coefficients
Derivatives
Axes of the Aircraft tab
Axes of the Gazebo package
Method
Solver
Convergence
Controls
Rate damping
Propellers
Unsteady runs
Flight model
Run Types
Accuracy checks
Limitations
Keyboard Shortcuts
Studio
Flight simulator
macOS application
Glossary
Troubleshooting
The Studio
Geometry
Runs
Flight simulator
Windows
Getting help
Deneb Aero
Getting Started
Previous
Next
Getting Started
These pages take you from a fresh installation to your first results.
Signing In
Connecting This Computer
The Studio
Tutorial: Your First Analysis