Abstract: A method for constructing a ballistic resistant tower entails forming a tower ring for a ballistic resistant tower and welding a ballistic resistant stub to a structural ring on a ballistic resistant enclosure. The enclosure includes a hatch to allow entry into the enclosure. An embedment ring with perforations is constructed so that the ring can support a dynamic load and an impulse load of at least 24 psi for 5 milliseconds. The embedment ring is secured to a foundation and one or more tower rings are secured to the embedment ring using a slip ring. The slip ring ensures that the alignment of the tower ring with the embedment ring is correct. The method ends by slipping the ballistic resistant stub into the interior side and the upper end of the tower ring and welding the ballistic resistant stub to the interior side of the tower ring.

Abstract: A flange for making a tower for a wind generator made up of a plurality of cylindrical segments, at least one conical transition rings, a plurality of L-shaped flanges having L cuts and a T-shaped flange.

Abstract: A method for making a tower for a wind generator made up of a plurality of cylindrical segments, a plurality of transition rings with at least one being frustro-conical, a plurality of L-shaped flanges and a T-shaped flange.

Abstract: A tower for a wind generator made up of a plurality of sections to which are affixed a plurality of transition rings, at least one being conical in shape, a plurality of L-shaped flanges and a T-shaped flange.