-
68-480 Development of a
Manned Transparent Capsule for Panoramic Marine Observation
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70-UnT-B Stress Analysis of
a Spherical Acrylic Pressure Hull
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70-WA-UnT-3 Spherical
Acrylic Pressure Hulls for Undersea Exploration
-
70-WA-UnT-4 Fabrication of
NEMO Type Spherical Acrylic Capsules for Underwater Vehicles
-
70-WA-UnT-8 Behavioral and
Stress Analyses of the NEMO Type Acrylic Hulls
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71-UnT-2 Acrylic Pressure
Hull for Submersible NEMO
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71-WA-UnT-6 Acrylic
Pressure Hull for Johnson-Sea Link Submersible
-
72-WA-OcT-4 Acrylic
Hemispheres for NUC Undersea Elevator
-
72-WA-OcT-8 Transparent
Hull Submersible MAKAKAI
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75-WA-OcE-3 NEMO Type
Acrylic Plastic Spherical Hull for Manned Operation to 3000 ft
Depth
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75-WA-OcE-6 Acrylic Plastic
Spherical Shell Windows Under Point Impact Loading
-
Spherical Acrylic Plastic
Hulls Under External Explosive Loading
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76-WA-OcE-7 Development of
Economical Casting Process for NEMO-Type Acrylic Submersible Hulls
-
77-WA-OcE-2 Spherical
Acrylic Pressure Hulls with Multiple Penetrations
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82-ToTASME-190 Effect of
Weather, Age, and Cyclic Pressurizations on Structural Performance
of Acrylic Plastic
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86-WA-HH-5 The Origins of
Acrylic Plastic Submersibles
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IAoSSPP-1971 Failure Modes
of Spherical Acrylic Shells Under External Hydrostatic Loading
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77-OcT-A Flanged Acrylic
Plastic Hemispherical Shells for Undersea Application
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JoEfl-102-90 Polycarbonate
Plastic Inserts for Spherical Acrylic Plastic Shells Under
Hydrostatic Loading
-
JoERT-109-1987 Acrylic
Plastic Spherical Pressure Hull for 2439 m Design Depth: Phase 1
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JoOT-2-1-1967 New Approach
to the Assembly of Cylindrical Hulls from Shell Sections
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JoOT-2-4-1968 The Influence
of Joint Strength and its Location Between Cellular Sandwich Shell
Facings