| Summary: | 碩士 === 國立臺灣大學 === 土木工程學研究所 === 97 === Aircraft shelters are the main targets for the enemy attacks at the airport during wartime. In order to reduce the damage to the aircrafts from the direct Air-Strike or indirect explosion debris；The construction of Hardened Aircraft Shelter （HAS）has already become the first priority of Air-Defense subjects for Taiwan.
Most of the air bases at Taiwan are close by sea, without the protection by appropriate facility; the “Operational Readiness” of Avionics System will be suffered by the influences of temperature, humidity, salt, and acid rain...etc. Currently some of the bases have to operate the aircrafts on the apron, because of not having sufficient HASs, and tie-bar exposes, and debris shed off, from the roof of shelter. To ensure the Operational Readiness during shelf-life and survivability at war time, referring the newly designed HAS by USAF, and NATO, could be a good connect for reconstruction.
This research is base on the following factors, such as storage environment, the probability of (none) direct hit during wartime, Destruction Mode, and Cost Effectiveness, of cost efficiency etc. The objects for analysis include the traditional RC HAS, hangar, underground tunnel, and the new steel arch shelter.
Finally, consult and deliberate the efficiency and the protection strategy of the HAS around the world, and consider the finance status of country；compare with the investment, period of working days, and benefits, choose one of the best options.
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