A cardboard tube is most common
missile solid prooellant rocket motor airframe design principles
The housing or structure that holds the rocket's components, such as the engine, payload, and fuel, is known as the rocket's body or airframe. It is typically cylindrical in shape, and is designed to withstand the forces and conditions experienced during launch and flight.
Airframe - novel - was created in 1996.
Airframe - novel - has 393 pages.
A bottle rocket typically has one set of wings to provide stability during flight. These wings are usually attached to the airframe and help to keep the rocket flying straight and prevent it from tumbling.
The shell, usually. term derives from Artillery use, as does Angle of attack, etc. Of course there are rocket assisted shells- fired from cannon, but that is different. sometimes the term airframe is used with non-combatant rockets. Fuselage is not used with Rockets, except for Rocket Planes such as the famed X-l5.
I'm not sure what you mean by 'how does it work' but the airframe is the structural parts of an air or spacecraft. The airframe makes up the parts other than propulsion and electronics. It's such parts as the body, wings and tail. There is no vehicle without the airframe.
An aerostructure is a component or subsystem of the airframe of an aircraft.
Thunderbird 2
The parachute should be stored inside the airframe, or, "body" of your rocket. Locating it outside of the rocket would cause it to deploy on lift-off, resulting in CATO. The chute must be secured to an anchor inside the shoulder of the nose cone. Apogee.com has several learning tutorials that would benefit you greatly.
simply put, yes it is in the airframe
A rocket ship consists of several key components, including the propulsion system (engines and fuel tanks), structural elements (the airframe and payload bay), guidance and control systems, and safety systems. Depending on the design and purpose, a rocket can have dozens to hundreds of individual parts, from large assemblies to small electronic components. Additionally, multi-stage rockets may have distinct stages, each with its own set of parts. Overall, the complexity and number of parts vary significantly based on the rocket's size and intended mission.