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J C Neubauer

Publications and source records attributed to J C Neubauer.

3 recordsLinked to original sources

Why birds kill: cross-sectional analysis of U.S. Air Force bird strike data.

In the past, bird strikes have been analyzed in an effort to reduce costs by reducing strikes. No one has evaluated bird strike data from the perspective of injury prevention and the cost in human lives. This is a cross-sectional analysis of 22,423 bird strikes reported in the U.S. Air Force in 1974-88. Summary statistics revealed patterns previously reported by others. Relative risk analysis of fatal and injurious bird strikes revealed several statistically significant associations. Fatal or injurious outcomes were associated with strikes in the F-4 and B-1. In addition, windshield penetration was likely to cause death or injury. Flying on a bombing range or flying at speeds greater than 556 km/h (300 knots indicated airspeed) were also more likely to lead to a serious outcome. This analysis can be used as an adjunct to previous analytical methods and, I hope, can provide insight into more focused strategies for saving both lives and aircraft.

Accident Prevention↗

Fatal pulmonary decompression sickness: a case report.

A 51-year-old civilian pilot flying a high performance aircraft for the USAF presented for medical attention approximately 1.5 hours after developing substernal chest pain and dyspnea while flying unpressurized at FL 280 (8,534 meters) for 30 minutes. In spite of recompression about 3 hours later, the pilot expired while ascending from 6 atmospheres, 2.5 hours into the dive. This represents the first reported fatality due to altitude-induced decompression sickness since 1959. Pathologically, this case is similar to cases presented in the past. In addition, this case serves to reemphasize many of the "risk factors" for decompression sickness, especially age and obesity. Furthermore, the evidence presented points to maintaining only the highest standards of physical health in those who fly high performance aircraft.

Decompression Sickness↗