High power rockets could become dynamically unstable due to outside disturbances after takeoff. The instability is augmented when the rocket is slow off the launch rail, which happens when the thrust-to-weight ratio is less than 5:1. Due to these reasons, the objective of this project was to design and build an active control system that will make sure the rocket follows a straight path all the way to apogee. This will be done through a model-based design approach, in which a 6DOF mathematical model of the flight dynamics will be created
An oscillatory thrust is applied on a rocket model in an attempt to enhance the performance of the r...
Control and stability aspects prior to spacecraft landing, and propulsive assist to landing spacecra...
This dissertation addresses Thrust Vector Control (TVC) design techniques for small launch vehicles ...
High power rockets could become dynamically unstable due to outside disturbances after takeoff. The ...
Model rockets suffer from a wide variance of flight patterns due to imperfections in construction, l...
Within this document the process of developing different designs for the hardware of an attitude con...
Mathematical model for determining minimax attitude control of aeroballistic launch vehicles - stabi...
A rocket is a vehicle that launches into space or describes a suborbital flight. It’s subjected to t...
The Horizon Simulation Framework is a modeling and simulation framework developed to verify system l...
Faculty adviser: John WeyrauchThis research was supported by the Undergraduate Research Opportunitie...
The objective was to develop a finless model rocket . The idea evolved after seeing the Army\u27s Sp...
This paper presents study of control and the static stability of a rocket plane. The vehicle is been...
When a rocket is launched, there is a short initial period of acceleration during which the rocket i...
Aiming to design, produce and test a model rocket capable of landing. Different systems to accomplis...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
An oscillatory thrust is applied on a rocket model in an attempt to enhance the performance of the r...
Control and stability aspects prior to spacecraft landing, and propulsive assist to landing spacecra...
This dissertation addresses Thrust Vector Control (TVC) design techniques for small launch vehicles ...
High power rockets could become dynamically unstable due to outside disturbances after takeoff. The ...
Model rockets suffer from a wide variance of flight patterns due to imperfections in construction, l...
Within this document the process of developing different designs for the hardware of an attitude con...
Mathematical model for determining minimax attitude control of aeroballistic launch vehicles - stabi...
A rocket is a vehicle that launches into space or describes a suborbital flight. It’s subjected to t...
The Horizon Simulation Framework is a modeling and simulation framework developed to verify system l...
Faculty adviser: John WeyrauchThis research was supported by the Undergraduate Research Opportunitie...
The objective was to develop a finless model rocket . The idea evolved after seeing the Army\u27s Sp...
This paper presents study of control and the static stability of a rocket plane. The vehicle is been...
When a rocket is launched, there is a short initial period of acceleration during which the rocket i...
Aiming to design, produce and test a model rocket capable of landing. Different systems to accomplis...
Abstract:- This paper deals with models of the rockets ’ motion around mass centre, command laws of ...
An oscillatory thrust is applied on a rocket model in an attempt to enhance the performance of the r...
Control and stability aspects prior to spacecraft landing, and propulsive assist to landing spacecra...
This dissertation addresses Thrust Vector Control (TVC) design techniques for small launch vehicles ...