Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worldwide and is commonly required to qualify a component for ignition tolerance under its intended service. This testing is required by many industry standards organizations and government agencies. This paper traces the background of adiabatic compression testing in the oxygen community and discusses the thermodynamic and fluid dynamic processes that occur during rapid pressure surges. This paper is the first of several papers by the authors on the subject of adiabatic compression testing and is presented as a non-comprehensive background and introduction
Abstract. In air-compression systems, instabilities occur during operation close to their peak press...
ASTM G74 has been used for many years to evaluate nonmetallic materials and components for oxygen se...
The explosion behavior of CH4/O2/N2/CO2 mixtures was investigated by coupling spatial and temporal m...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
The compressed gas industry and government agencies worldwide utilize "adiabatic compression" testin...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
Industry test methods such as ASTM G74, Standard Test Method for Ignition Sensitivity of Nonmetallic...
The research presented in this thesis investigated fire safety in oxygen systems, focusing on the ig...
Gaseous fluid impact (adiabatic compression) testing is widely used for ranking and qualifying a non...
One of the most important ignition mechanisms initiating burning in nonmetallic materials, which is ...
One of the most important ignition mechanisms to initiate the burning of nonmetallic materials in ox...
A new hazard test has been developed at the Research Center for Energetic Materials at New Mexico Te...
Explosion tests were performed for CH4/O2/N2 mixtures in a non-adiabatic 5L cylindrical vessel. Expe...
Explosion tests were performed for CH 4/O 2/N 2 mixtures in a non-adiabatic 5L cylindrical vessel. E...
Abstract. In air-compression systems, instabilities occur during operation close to their peak press...
ASTM G74 has been used for many years to evaluate nonmetallic materials and components for oxygen se...
The explosion behavior of CH4/O2/N2/CO2 mixtures was investigated by coupling spatial and temporal m...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
The compressed gas industry and government agencies worldwide utilize "adiabatic compression" testin...
Adiabatic compression testing of components in gaseous oxygen is a test method that is utilized worl...
Industry test methods such as ASTM G74, Standard Test Method for Ignition Sensitivity of Nonmetallic...
The research presented in this thesis investigated fire safety in oxygen systems, focusing on the ig...
Gaseous fluid impact (adiabatic compression) testing is widely used for ranking and qualifying a non...
One of the most important ignition mechanisms initiating burning in nonmetallic materials, which is ...
One of the most important ignition mechanisms to initiate the burning of nonmetallic materials in ox...
A new hazard test has been developed at the Research Center for Energetic Materials at New Mexico Te...
Explosion tests were performed for CH4/O2/N2 mixtures in a non-adiabatic 5L cylindrical vessel. Expe...
Explosion tests were performed for CH 4/O 2/N 2 mixtures in a non-adiabatic 5L cylindrical vessel. E...
Abstract. In air-compression systems, instabilities occur during operation close to their peak press...
ASTM G74 has been used for many years to evaluate nonmetallic materials and components for oxygen se...
The explosion behavior of CH4/O2/N2/CO2 mixtures was investigated by coupling spatial and temporal m...