Archive image from page 196 of Development of a spherical acrylic. Development of a spherical acrylic plastic pressure hull for hydrospace application . developmentofsph00stac Year: 1970 simplified polar closure equatorial ring acrylic plastic hull lifting eyes radial pins structural framework made up of rods bottom of pressure vessel Figure D-6. Test arrangement for implosion testing of the 15-inch-diameter capsule with equatorial ring. CONCLUSION The equatorial ring restraint concept for attaching a spherical acrylic plastic capsule to the structural framework of a submersible system has
Archive image from page 196 of Development of a spherical acrylic. Development of a spherical acrylic plastic pressure hull for hydrospace application . developmentofsph00stac Year: 1970 simplified polar closure equatorial ring acrylic plastic hull lifting eyes radial pins structural framework made up of rods bottom of pressure vessel Figure D-6. Test arrangement for implosion testing of the 15-inch-diameter capsule with equatorial ring. CONCLUSION The equatorial ring restraint concept for attaching a spherical acrylic plastic capsule to the structural framework of a submersible system has been found to be feasible, and its application does not compromise in any manner the structural integrity of the acrylic plastic pressure hull under external hydrostatic loading. 193
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Keywords: 1970, archive, book, bookauthor, bookdecade, bookpublisher, booksponsor, booksubject, bookyear, boston_library_consortium_member_libraries, drawing, historical, history, hulls_naval_architecture_, illustration, image, naval_civil_engineering_laboratory_port_hueneme_calif, page, picture, port_hueneme_calif_u_s_naval_civil_engineering_lab, print, reference, stachiw_jerry_d_1931_, submersibles, vintage
