原文传递
Systems and Techniques for Identifying and Avoiding Ice
| 题名： | Systems and Techniques for Identifying and Avoiding Ice |
| 作者： | Hansman, R. John |
| 关键词： | systems；ding；ying；capability；identification；forecast；development；improved；dispatch；conditions |
| 摘要： | In-flight icing is one of the most difficult aviation weather hazards facing general aviation. Because most aircraft in the general aviation category are not certified for flight into known icing conditions, techniques for identifying and avoiding in-flight ice are important to maintain safety while increasing the utility and dispatch capability which is part of the AGATE vision. This report summarizes a brief study effort which (1) Reviewed current ice identification, forecasting, and avoidance techniques (2) Assessed feasibility of improved forecasting and ice avoidance procedures and (3) Identified key issues for the development of improved capability with regard to in-flight icing. |
| 报告类型： | 科技报告 |
相关文献
- ICE-PAVEMENT BOND PREVENTION: FUNDAMENTAL STUDY.
- Fragment Size Distribution for Ice Particle Impacts on a Glass Plate.
- Ice Growth Measurements from Image Data to Support Ice-Crystal and Mixed-Phase Accretion Testing.
- NASA Glenn Propulsion Systems Lab: 2012 Inaugural Ice Crystal Cloud Calibration Procedure and Results.
- Design considerations for NDE systems in a factory setting and the application to transmission manufacture at the Chrysler Transmission Plant in Kokomo, Indiana
- Definition and Demonstration of a Methodology for Validating Aircraft Trajectory Predictors
检索历史
应用推荐
