Abstract
The authors assess the following chromium alloys and steels--40KhSMTAR, 40Kh2NMFTAR, 40KhSNMFTAR, 40Kh2SNMFTAR, 30Kh3MAFTs, 30KhMAFE, 30Kh2NMAF, 20Kh2SNMFTAR, 20Kh2NMFTAR, and 20KhSMTAR--under a variety of different alloying conditions and materials for corrosion fatigue, crack propagation, and hydrogen embrittlement and the dependence of these characteristics on metallurgical composition and content.
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