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1. Harris & Ewing Bureau of Standards making extensive tests of glass building blocks. Washington, D.C., June 20. Hollow glass building blocks are being used more and more extensively for structural purposes when both greater light distribution and air conditioning are required. Extensive tests to determine the strength of glass block walls and their resistance to wind pressure and moisture penetration. A.N. Finn, Chief of the glass section, is inspecting some 8 x 4 feet panels before they are tested, 6/20/38 [19]38 June 20

 BIBFRAME Instances
 Instance 20253575
2. Society of Glass Technology Symposium on the strength of glass and glassware [Sheffield]: Society of Glass Technology; 1974

 BIBFRAME Instances
 Instance 323156
3. Harris & Ewing Testing strength of glass panels. Washington, D.C., June 21. With glass blocks being used more and more these days in the construction [of] buildings, The National Bureau of Standards is conducting extensive tests to determine how much wind pressure the panels will stand. So far the panels have resisted 633 pounds wind load. Pictured conducting the tests are, left to right: Dr. C.H. Hahner, R.C. Carter, and A.S. Endler, all of the Bureau, 6/21/38 [19]38 June 21

 BIBFRAME Instances
 Instance 20253578
4. International Commission on Glass. Sub-committee A VI. A bibliography of physical properties of glass Charleroi: Secretariat of Sub-Committee AI, (International Commission on glass), Institut national du verre, [bd. Defontaine, 10]; 1967

 BIBFRAME Instances
 Instance 1750612
5. Harris & Ewing Bureau of Standards making extensive tests of glass building blocks. Washington, D.C., June 20. Hollow glass building blocks are being used more and more extensively for structural purposes when both greater light distribution and air conditioning are required. Extensive tests to determine the strength of glass block walls and their resistance to wind pressure and moisture penetration. A.N. Finn, Chief of the glass section, is inspecting some 8 x 4 feet panels before they are tested, 6/20/38

 BIBFRAME Works
 Work
StillImage
Collection		 20253575
6. Moorthy, Varthakavi Krishna, 1925- A study of the influence of surrounding media and surface treatments on the strength of glass Urbana: 1951

 BIBFRAME Instances
 Instance 10242678
7. Palmer, Alfred T. Fiberglass manufacture, Owens-Corning, Toledo, Ohio. A warp beam of fine fiberglass yarns being put into a loom preparatory to weaving all-glass fabrics used to make electrical insulation, pipe lagging for naval vessels, and industrial service fabrics where high tensile strength, resistance to corrosive vapors, and non-inflammability help improve performance, save weight, and add dependability to vital equipment. Uses and applications of fiberglass materials are covered by many Federal, Army, Navy and Maritime Commission specifications 1942 Feb

 BIBFRAME Instances
 Instance 19635661
8. Pepi, John W. Strength properties of glass and ceramics Bellingham, Washington: SPIE Press; [2014]

 BIBFRAME Instances
 Instance 18008838
9. Menčík, Jaroslav, 1944- Strength and fracture of glass and ceramics Amsterdam; New York: Elsevier; 1992

 BIBFRAME Instances
 Instance 1071375
10. United States. National Bureau of Standards. Effects of laminating pressure on the mechanical strength of glass-fabric polyester laminates Wright-Patterson Air Force Base, Ohio: Wright Air Development Center, Air Research and Development Command, U. S. Air Forece; 1953

 BIBFRAME Instances
 Instance 10264757
11. Romstad, Karl M. Methods for evaluating shear strength of plastic laminates reinforced with unwoven glass fibers Madison, Wis: U. S. Dept. of Agriculture, Forest Service, Forest Products Laboratory; 1964

 BIBFRAME Instances
 Instance 7052347
12. Kurkjian, Charles R. Strength of inorganic glass New York: Plenum Press; c1985

 BIBFRAME Instances
 Instance 3333356
13. Palmer, Alfred T. Conversion. Beverage containers to aviation oxygen cylinders. Before completion of the fourth and final welding operation in the manufacture of shatterproof oxygen cylinders for high altitude flying, all straps are subjected to physical tests to determine the strength of the weld. Occasional radiographic inspections are made to insure the quality of workmanship and materials after the atomic welding machine has brought the two halves of the cylinder together and made into one unit. The operator, looking through a specially designed dark safety glass, rotates the shell by sight to insure a perfect and uniform union of the two halves. Firestone, Akron, Ohio 1942 Feb

 BIBFRAME Instances
 Instance 19636099
14. Reed, D. A. Wind loading and strength of cladding glass Washington, D.C.: U.S. Dept. of Commerce, National Bureau of Standards, For sale by the Supt. of Docs., U.S. G.P.O.; 1983

 BIBFRAME Instances
 Instance 948195
15. Haward, Robert Nobbs, 1914- The strength of plastics and glass London: Cleaver-Hume Press

 BIBFRAME Instances
 Instance 8828983
16. Gleason, Andrew Strength and fatigue of three glass fiber reinforced composite bridge decks with mechanical deck to stringer connections Salem, Or: Oregon Dept. of Transportation, Statewide Programs Unit; [2012]

 BIBFRAME Instances
 Instance 20451756
17. Symposium on the strength of glass and glassware

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 Work
Text
Monograph		 323156
18. Harris & Ewing Testing strength of glass panels. Washington, D.C., June 21. With glass blocks being used more and more these days in the construction [of] buildings, The National Bureau of Standards is conducting extensive tests to determine how much wind pressure the panels will stand. So far the panels have resisted 633 pounds wind load. Pictured conducting the tests are, left to right: Dr. C.H. Hahner, R.C. Carter, and A.S. Endler, all of the Bureau, 6/21/38

 BIBFRAME Works
 Work
StillImage
Multimedia		 20253578
19. Boulos, Edward N. (Edward Nashed), 1941- Glass and optical materials I Westerville, Ohio: American Ceramic Society

 BIBFRAME Instances
 Instance 1665948
20. Palmer, Alfred T. Conversion. Beverage containers to aviation oxygen cylinders. Before completion of the fourth and final welding operation in the manufacture of shatterproof oxygen cylinders for high altitude flying, all straps are subjected to physical tests to determine the strength of the weld. Occasional radiographic inspections are made to insure the quality of workmanship and materials after the atomic welding machine has brought the two halves of the cylinder together and made into one unit. The operator, looking through a specially designed dark safety glass, rotates the shell by sight to insure a perfect and uniform union of the two halves. Firestone, Akron, Ohio

 BIBFRAME Works
 Work
StillImage
Collection		 19636099


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