This handbook is an update to AFRL-SA-WP-SR-2011-0003 and is designed to be a reference for aerospace physiologists and technicians in the U.S. Air Force. It contains information about physiologic principles and application of those principles to Air Force flight operations. While it is not designed to be a clinical resource, references to clinical materials are provided to allow further study.
Handbook of Aerospace and Operational Physiology, 2nd Edition
2016
842 pages
Report
Keine Angabe
Englisch
Aeronautics , Anatomy , Physiology , Stress Physiology , Human Factors Engineering , Handbooks , Cardiovascular physiological phenomena , Respiratory physiological phenomena , Musculoskeletal and neural physiology , Visual perception , Exercise physiology , Nutrition physiology , Atmospheres , Gas laws , Hypoxia , Decompression sickness , Altitude sickness , Stress (physiology) , Physiological effects , Flight , Flight crews , Aviation personnel , Pilots , Fatigue (physiology) , Safety , Circulation , Respiration , Aerospace physiology , Trapped gas , Oxygen toxicity , Acceleration , Personal equipment , Hud , Hmd , Human effectiveness , Human factors , Spatial disorientation , Vestibular physiology , Somatosensory physiology , Space physiology , Atmospheric environmental effects , Human performance , Stressors , Fatigue countermeasures , His(human system integration) , Crash survival
Aerospace Physiology AFSC 4M0X1
NTIS | 1995
Aerospace Physiology, AFSC 911X0
NTIS | 1988
TIBKAT | 2013
|Biomechanical studies in aerospace physiology
NTRS | 1971
|Aerospace project management handbook
TIBKAT | 2017
|