The applications of various separation mechanisms to meet flight mission goals within the physical and environmental constraints of a single stage rocket test vehicle are considered. Each separation concept was selected from the numerous choices available on the basis of its unique requirement and the flight test vehicle incorporated several different concepts. Attention to specific requirements and thoroughness in design and testing were essential to success since there is no specific single answer to separation problems
A report describes the main features of a system for testing pyrotechnic and mechanical devices used...
A numerical investigation is conducted around a multistage launch vehicle to examine the influence o...
Static and dynamic characteristics of wind tunnel model of parallel staged reusable launch vehicle d...
The separation concept for stage separation of parallel staged space shuttle vehicles is discussed. ...
Criteria and recommended practices for designing and testing flight separation mechanism
Early in the Vanguard program it became apparent that a thoroughly reliable means of separating the ...
This paper provides an overview of stage separation activities for NASA's Hyper-X program; a focused...
A description and typical results of wind tunnel tests carried out to determine the separation chara...
The launch phase is a critical step in a spacecraft operative life and it is therefore mandatory to ...
Early in the Vanguard program it became apparent that a thoroughly reliable means of separating the ...
One of the most severe environments that a satellite experiences during its lifetime will occur duri...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
NASA's Hyper-X research program was developed primarily to flight demonstrate a supersonic combustio...
The system is described which is used to separate the solid rocket boosters from the space shuttle a...
A sounding rocket tumble system to enhance deceleration and redirect the flight path angle of a vehi...
A report describes the main features of a system for testing pyrotechnic and mechanical devices used...
A numerical investigation is conducted around a multistage launch vehicle to examine the influence o...
Static and dynamic characteristics of wind tunnel model of parallel staged reusable launch vehicle d...
The separation concept for stage separation of parallel staged space shuttle vehicles is discussed. ...
Criteria and recommended practices for designing and testing flight separation mechanism
Early in the Vanguard program it became apparent that a thoroughly reliable means of separating the ...
This paper provides an overview of stage separation activities for NASA's Hyper-X program; a focused...
A description and typical results of wind tunnel tests carried out to determine the separation chara...
The launch phase is a critical step in a spacecraft operative life and it is therefore mandatory to ...
Early in the Vanguard program it became apparent that a thoroughly reliable means of separating the ...
One of the most severe environments that a satellite experiences during its lifetime will occur duri...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
NASA's Hyper-X research program was developed primarily to flight demonstrate a supersonic combustio...
The system is described which is used to separate the solid rocket boosters from the space shuttle a...
A sounding rocket tumble system to enhance deceleration and redirect the flight path angle of a vehi...
A report describes the main features of a system for testing pyrotechnic and mechanical devices used...
A numerical investigation is conducted around a multistage launch vehicle to examine the influence o...
Static and dynamic characteristics of wind tunnel model of parallel staged reusable launch vehicle d...