Add to ORKGBonded plastic tape liner for filament-wound glass fiber cryogenic propellant tan
Twist-flex life, tensile properties, thermal expansion coefficient, and permeabilty of polymeric mat...
The development of structurally efficient, metal-lined, glass-fiber composite pressure vessels. Both...
Preparation of filament wound glass microtape for forming thin walled tubes for containing cryogenic...
For future Earth-to-orbit transport vehicles, reusability and lighter weights are sought for the mai...
Subscale internally insulated fiberglass reinforced plastics, propellant tank for liquid hydroge
Liner design parameters for glass fiber filament wound tanks for cryogenic fluid
The design, fabrication, and testing of filament-wound, fiberglass cryogenic tank supports for a LH2...
Tensile and interlaminar shear strengths of glass, boron, and graphite filament wound resin composit...
A high modulus polymeric fiber was evaluated as a reinforcement for filament wound pressure vessels....
High-pressure glass-filament-wound fluid storage vessels with thin aluminum liners were designed, fa...
Qualitative test determines the ability of insulation liners used on liquid hydrogen tanks to withst...
Tensile strength properties of glass, boron, and graphite filament wound resin composites and liners...
Matting cover thermally insulates cryogenic-liquid transfer pipelines. The matting consists of layer...
Experiments with liquid nitrogen and liquid hydrogen is styrofoam-insulated tanks have indicated goo...
Thin film plastic bags use to insulate cryogenic propellant by boil-off of propellant nearest heat l...
Twist-flex life, tensile properties, thermal expansion coefficient, and permeabilty of polymeric mat...
The development of structurally efficient, metal-lined, glass-fiber composite pressure vessels. Both...
Preparation of filament wound glass microtape for forming thin walled tubes for containing cryogenic...
For future Earth-to-orbit transport vehicles, reusability and lighter weights are sought for the mai...
Subscale internally insulated fiberglass reinforced plastics, propellant tank for liquid hydroge
Liner design parameters for glass fiber filament wound tanks for cryogenic fluid
The design, fabrication, and testing of filament-wound, fiberglass cryogenic tank supports for a LH2...
Tensile and interlaminar shear strengths of glass, boron, and graphite filament wound resin composit...
A high modulus polymeric fiber was evaluated as a reinforcement for filament wound pressure vessels....
High-pressure glass-filament-wound fluid storage vessels with thin aluminum liners were designed, fa...
Qualitative test determines the ability of insulation liners used on liquid hydrogen tanks to withst...
Tensile strength properties of glass, boron, and graphite filament wound resin composites and liners...
Matting cover thermally insulates cryogenic-liquid transfer pipelines. The matting consists of layer...
Experiments with liquid nitrogen and liquid hydrogen is styrofoam-insulated tanks have indicated goo...
Thin film plastic bags use to insulate cryogenic propellant by boil-off of propellant nearest heat l...
Twist-flex life, tensile properties, thermal expansion coefficient, and permeabilty of polymeric mat...
The development of structurally efficient, metal-lined, glass-fiber composite pressure vessels. Both...
Preparation of filament wound glass microtape for forming thin walled tubes for containing cryogenic...