| U.S. Army Approaches to Mitigating Occupational Stress - Symposium Proceedings |
31 JUL 95 |
74 pages |
| Authors:
G. P. Krueger; P. T. Harig; V. A. Price; ARMY RESEARCH INST OF ENVIRONMENTAL MEDICINE NATICK MA
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 | Occupational stress in the military is not limited to the stress of direct combat, nor to emotional stress. This technical note presents papers describing Army programs that address such physiological stressors as dehydration or frostbite, such life-style syndromes as Type-A Behavior," and stresses felt by the family members of soldiers who deploy on combat missions. Also offered are discussions on combat and post-combat stress reactions experienced by various soldiers in ... |
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| Determination of Working Stresses for Structural Adhesives, |
25 SEP 1980 |
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| Authors:
G. P. Krueger; MICHIGAN TECHNOLOGICAL UNIV HOUGHTON
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 | Structural adhesive applications are as sophisticated as those for any other structural material. The engineering design data for adhesives which is available to structural engineers, generally is insufficient and this problem is addressed in this report. Application examples are described and a methodology is presented for development of sufficient design data to handle these structural bonding problems. (Author) |
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| Durability of Structural Adhesives for Use in the Manufacture of Mobile Homes, TASK V. |
MAR 1979 |
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| Authors:
G. P. Krueger; L. B. Sandberg; MICHIGAN TECHNOLOGICAL UNIV HOUGHTON
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| This report contains the methodology and support data for insuring the durability of structural adhesives for the useful life of mobile homes. The method generally is based on the development of working stresses for adhesive design and a rigid 'inplant' quality control system. Tests are described for measuring basic strength, duration of load, normal aging tests for strength, durability factors, and stiffness. Since only a few definable components depend on ... |
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| Studies of the Mechanical Properties and Performance of Adhesives in Joints, |
14 SEP 1965 |
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| Authors:
G. P. Krueger
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| Semi-rigid joints are existent in most metallic and non-metallic structures that are connected by conventional welds, rivets, bolts or nails. In these applications, the flexible behavior of the connection is tolerated and sometimes used to advantage in the analysis of the structure. The joint behavior, however, is usually somewhat erratic and must be determined by elaborate experimental tests for individual applications. Semi-rigid adhesive bonded joints are unique in that flexible ... |
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