Add to ORKGProgram was conducted to develop, produce, and test optimum-configuration, beryllium prestressed and blind fasteners. The program was carried out in four phases - phase 1, feasibility study, phase 2, development, phase 3, evaluation of beryllium alloys, and phase 4, fabrication and testing
Microstructure and mechanical properties of beryllium tubing and performance tests on support column...
Fabrication of beryllium panel and composite beryllium-titanium panel by electron beam and resistanc...
The feasibility of fabricating large beryllium honeycomb panels was demonstrated. Both flat and curv...
Joining, working, and structural properties of beryllium and beryllium alloys for spacecraft applica...
Progress made in fabricating a beryllium compression tube structure and a stiffened beryllium panel....
Application of beryllium to specific full-scale space shuttle structural components and assemblies w...
Tensile and double shear tests at cryogenic and room temperature after thermal cycling of high stren...
The design, testing, and fabrication of the support truss structure for the propulsion system of the...
Details of the fabrication and assembly of two 99 cm by 99 cm (39 in. by 39 in.) beryllium heat shie...
Weight saving through use of beryllium-aluminum alloys for Saturn-type vehicle structure
Structural response of tubular beryllium and beryllium aluminum alloy truss-type structures to dynam...
Testing of fasteners, bolts, rivets, and fastener materials - high temperature alloy
This paper describes the process developed for fabricating beryllium gyro components by hot isostati...
The report is a comprehensive guide to the manufacture of beryllium wrought products by forging, ext...
Pertinent mechanical properties of three high conductivity metals and alloys; namely, vacuum hot pre...
Microstructure and mechanical properties of beryllium tubing and performance tests on support column...
Fabrication of beryllium panel and composite beryllium-titanium panel by electron beam and resistanc...
The feasibility of fabricating large beryllium honeycomb panels was demonstrated. Both flat and curv...
Joining, working, and structural properties of beryllium and beryllium alloys for spacecraft applica...
Progress made in fabricating a beryllium compression tube structure and a stiffened beryllium panel....
Application of beryllium to specific full-scale space shuttle structural components and assemblies w...
Tensile and double shear tests at cryogenic and room temperature after thermal cycling of high stren...
The design, testing, and fabrication of the support truss structure for the propulsion system of the...
Details of the fabrication and assembly of two 99 cm by 99 cm (39 in. by 39 in.) beryllium heat shie...
Weight saving through use of beryllium-aluminum alloys for Saturn-type vehicle structure
Structural response of tubular beryllium and beryllium aluminum alloy truss-type structures to dynam...
Testing of fasteners, bolts, rivets, and fastener materials - high temperature alloy
This paper describes the process developed for fabricating beryllium gyro components by hot isostati...
The report is a comprehensive guide to the manufacture of beryllium wrought products by forging, ext...
Pertinent mechanical properties of three high conductivity metals and alloys; namely, vacuum hot pre...
Microstructure and mechanical properties of beryllium tubing and performance tests on support column...
Fabrication of beryllium panel and composite beryllium-titanium panel by electron beam and resistanc...
The feasibility of fabricating large beryllium honeycomb panels was demonstrated. Both flat and curv...