In the past, an Anderson Greenwood (AG) pilot operated relief valve was used to protect the E-1 rocket engine test facility. It was found that the AG valve is destroyed and discharges internal parts at a great velocity on opening. This is a major safety and cost issue. The solution is a relief valve to match present Anderson Greenwood pilot valve A 8z B dimensions. The valve is to use a precise buckling pin obeying Euler s Law to act as the pressure sensor and actuator. The valve must not self destruct on opening
A pressure relief valve includes a housing having a fluid inlet and at least one fluid outlet. A fir...
Using high-strength steels for pressure shafts and tunnel liners and taking into account significant...
A mathematical model has been developed to simulate pressure relief valve seat leakage under conditi...
The balanced-piston relief valve with side vented reaction cavity has been proposed as an improved a...
Low leakage rate, large diameter vent and relief valve operates satisfactorily over a large temperat...
Glandless valve shuts down high-pressure fluid systems when severe shock from an explosion or earthq...
High pressure valve used in testing certain spacecraft systems is safely opened and closed by a remo...
Monograph reviews and assesses current design practices, and from them establishes firm guidance for...
Two stability bleed system relief valves were tested in a special dynamic test facility. These poppe...
Marshall Space Flight Center (MSFC) has developed a valve concept to replace traditional pyrotechnic...
The present study was motivated to analyze the complex flow field involving gaseous oxygen (GOX) flo...
The electrohydraulically actuated slotted-plate bypass valve used to control the position of the nor...
Results of a wind tunnel investigation are presented. The inlet was modified so that airflow can be ...
Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1989.Includes...
Mechanical characteristics of a set of direct-operated relief valves used in a throat-bypass stabili...
A pressure relief valve includes a housing having a fluid inlet and at least one fluid outlet. A fir...
Using high-strength steels for pressure shafts and tunnel liners and taking into account significant...
A mathematical model has been developed to simulate pressure relief valve seat leakage under conditi...
The balanced-piston relief valve with side vented reaction cavity has been proposed as an improved a...
Low leakage rate, large diameter vent and relief valve operates satisfactorily over a large temperat...
Glandless valve shuts down high-pressure fluid systems when severe shock from an explosion or earthq...
High pressure valve used in testing certain spacecraft systems is safely opened and closed by a remo...
Monograph reviews and assesses current design practices, and from them establishes firm guidance for...
Two stability bleed system relief valves were tested in a special dynamic test facility. These poppe...
Marshall Space Flight Center (MSFC) has developed a valve concept to replace traditional pyrotechnic...
The present study was motivated to analyze the complex flow field involving gaseous oxygen (GOX) flo...
The electrohydraulically actuated slotted-plate bypass valve used to control the position of the nor...
Results of a wind tunnel investigation are presented. The inlet was modified so that airflow can be ...
Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1989.Includes...
Mechanical characteristics of a set of direct-operated relief valves used in a throat-bypass stabili...
A pressure relief valve includes a housing having a fluid inlet and at least one fluid outlet. A fir...
Using high-strength steels for pressure shafts and tunnel liners and taking into account significant...
A mathematical model has been developed to simulate pressure relief valve seat leakage under conditi...